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10
100
A Math LookTM from Dyscalculia.org
DECIMAL SYSTEM MATH LANGUAGE
© 2013-2024 Author: Renee Hamilton-Newman
10
100
A Math LookTM from Dyscalculia.org
DECIMAL SYSTEM MATH LANGUAGE
© 2013-2024 Author: Renee Hamilton-Newman
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INDEX A
Decimal System
Ten Digits < 10
Ordinal Numbers
Roman Numerals
Number Systems
Number Prefixes
Make Digits - Dice
10 digits - Apples
Ones Place - apples
10
11
12
Equations - apples
$1. Equations
Ten Power
INDEX B
14
13
15
Multiples of 2
Multiples of 3
Multiples of 4
18
16
17
Multiples of 7
Multiples of 6
Multiples of 5
19
20
21
Multiples of 10
Multiples of 9
Multiples of 8
23
22
24
$100 Equations
$1,000 Equations
$10 Equations
INDEX C
26
25
27
Decimal Point
1 to 10 Equivalence
Place Value Park
30
28
29
$Multiple $10s
Multiple Dimes
Multiple Pennies
31
32
33
Teens: 10 + < 10
Deca- 10 words
Uni- one words
35
34
36
100 Cent- Hecto-
100 Cents - %
Tens Multiplied
INDEX D
38
37
39
Time Words
Percent 1% - 100%
1/10 Tenth 10%
42
40
41
Tip 10%
25% 25 c Quarter
20% Percent
45
43
44
Calendars
Hecto- 100
Mill- 1,000
47
46
48
1/2 Semi- Hemi- Demi-
Fract- Break
-mal property of
INDEX E
50
49
51
Integer
Rational Numbers
Unary Operation
54
52
53
Number Classes
Long Division
Binary Operation
55
57
56
Parentheses ( x )
Scientific Notation
END
58
59
60
DECIMAL SYSTEM
A Number System BASED on GROUPS of 10 A BASE 10 NUMBER SYSTEM
Ten Digits
10 digits make all numbers.
Ten Digit Drag
Drag and drop the 10 digits onto the 10 digits.
Place the digits left to right from least to greatest.
Drag and drop the 10 digits onto the 10 digits.
Ten Digit Drag
Place the digits left to right, start with 1.
Drag and drop the 10 digit words (numerals) to the 10 digits (fingers).
Ten Numeral Drag
two
five
zero
six
nine
four
seven
eight
one
three
DECIMAL
divide or separate or part
10
has properties of 10
dec
10
mal
divide or separate or part
has properties of 10
Drag the parts to illustrate the meaning of the word.
Numbers: 0, 1 10, 15 78, 96 103 2,475 14,723 3,784,123
Numerals: zero one ten sixteen hundred thousand million
10 Digits: 0, 1 2, 3 4, 5 6, 7 8, 9
Drag and drop the 10 digits into two patterns of 5. Follow the example.
Ten Digit Drag
10 Digits - symbols
Numbers are made of digits, like words are made of letters.
Ten Numerals - number words
one
zero
Numerals are words for numbers, spoken and written.
five
six
four
nine
two
seven
eight
three
Drag and drop the 10 digits into two patterns of 5.Follow the example.
Ten Digit Drag
Drag and drop the 10 digits into two patterns of 5.Follow the example.
Ten Digit Drag
Start with 1.
Drag the numbers 1 through 10 as shown. 10 is made with digits 1 and 0.
Numbers 1 - 10
10
10
10
Drag and drop the numerals onto the 10 spots.
Order numerals from least to greatest.
Numerals: words for quantity
zero
six
zero
eight
five
nine
two
three
nine
seven
four
one
Drag and drop 10 numerals onto the patterns.We start counting with one.
Numerals zero - ten
one
ten
three
one
zero
nine
ten
seven
eight
six
four
five
two
Drag the numerals ( number WORDS ) to the patterns.Start with one, end with ten.
Numerals zero - ten
zero
one
six
one
two
seven
three
ten
eight
four
nine
five
ten
Drag and drop 10 numerals ( number words ) to the 10 spots.Start with one and end with ten.
Numerals
zero
seven
nine
six
one
three
ten
four
eight
one
two
five
ten
Ordinal numerals are words that indicate ORDER or rank in a sequence.
Drag the ordinal numerals to their positions.
Ordinal Numerals
first
second
first
third
tenth
fourth
fifth
eighth
sixth
ninth
seventh
tenth
Ordinal numbers indicate ORDER or rank in a sequence.
Ordinal Numbers
Drag the ordinal numbers to their positions.
1st
6th
1st
2nd
7th
3rd
10th
4th
8th
9th
5th
10th
Ordinal numerals indicate ORDER or rank in a sequence.
Drag the ordinal numerals to their positions.
1 - primary
Ordinal Numerals
2 - secondary
primary
senary
secondary
3 - tertiary
septenary
quinary
decinary
4 - quaternary
octonary
5 - quinary
tertiary
nonary
quaternary
6 - senary
7 - septenary
10 -decinary
9 - nonary
8 - octonary
Ordinal numerals indicate ORDER or rank in a sequence.
Drag the ordinal words to their positions.
Ordinal Numerals
primary
secondary
tertiary
quaternary
quinary
senary
septenary
decinary
nonary
octonary
Word parts that indicate an amount or quantity.
Drag to order the prefixes.
Numeral Prefixes
uni - 1
bi - 2
quint - 5
tri - 3
quadr - 4
sext - 6
sept - 7
deca - 10
novem - 9
octo - 8
nul - 0
Word parts that indicate an amount or quantity.
Drag to order the prefixes.
Greek Numeral Prefixes
mono- 1
di - 2
penta - 5
tri - 3
tetra - 4
hexa - 6
hepta - 7
deca - 10
octo - 8
nil - 0
ennea - 9
Word parts that indicate an amount or quantity.
Drag to order the prefixes.
Latin Numeral Prefixes
uni - 1
bi - 2
quinti - 5
tri - 3
quadri - 4
sexi - 6
septi - 7
nona - 9
decem - 10
octo - 8
nulla - 0
Base number of digits of a number system.
Drag the numerals to their positions.
Number / Numeral Systems
unary
senary
binary
unary
binary
septenary
ternary
quinary
decimal
quaternary
quinary
ternary
nonary
octal
senary
quaternary
septenary
decimal
octal
nonary
Base number of digits of a number system.
Drag the numerals to their positions.
Number / Numeral Systems
unary
binary
trinary
quaternary
quinary
senary
septenary
decimal
nonary
octal
Drag to order the numerals.
Roman Numerals
II
VI
VII
II
III
IV
VII
VI
IV
III
VIII
IX
IX
VIII
nulla - 0 has no numeral
Drag to order the numerals.
Roman Numerals
II
III
IV
VII
VI
IX
VIII
nulla - 0 has no numeral
11 to 25Roman Numerals
XXII
XI
XII
XVI
XVII
XXI
XV
XXV
XX
XIV
XVIII
XIX
XIII
XXIII
XXIV
Drag the multiples off the patterns and then place them back in order.
Multiples of 10Roman Numerals
CX
CXX
XX
LX
LXX
CL
XL
LXXX
XXX
XC
CXL
CXXX
Drag the multiples off the patterns and then place them back in order.
Multiples of 100Roman Numerals
MC
MCC
CC
DC
DCC
MD
DCCC
CCC
CM
CD
MCD
MCCC
Drag the multiples off the patterns and then place them back in order.
100 x 16 to 30Roman Numerals
MMDC
MMCC
MMC
MDCC
MMDCC
MDC
MMM
MM
MMD
MMCCC
MMCD
MCM
MDCCC
MMDCCC
MMCM
Drag the multiples off the patterns and then place them back in order.
Ten Digits
Ten DIGITS make all numbers.
zero
one
two
three
four
five
six
seven
eight
nine
10
ten
Drag the numbered apples to the 10 spots as shown.
Ten Number Drag
Count and drag the apples to the 10 spots.
Ten Apple Drag
zero
Drag the dice to make zero. Which dice represent 0?
one
Drag the dice to make one. Which dice make 1?
two
Example: 2 1 + 1 2 + 0
Drag the dice to make two. Which dice combinations make 2?
two
How many ways can you show 2?Drag the dice to make two in different ways.
three
How many ways can you show 3?Drag dice to make three in different ways.
four
Drag the dice to the lines to show 4 many ways.
five
Drag dice to make 5 many ways.
six
Drag dice to make 6 many ways.
seven
Drag dice to make 7 many ways.
eight
Drag dice to make 8 many ways.
nine
Drag dice to make 9 many ways.
ten
10
Drag dice to make 10 many ways.
DECIMAL SYSTEM ONES PLACE
Drag the blocks and digits to match.
Drag and drop the apples to match the digits.
Drag the apples tothe dice to match the number. 0 and 3 are done.
0 apples
Drag the apples tothe dice to match the number. A number greater than 5 will have apples in 2 dice.
Drag the apples to the dice to match the number. A number greater than 5 will have apples in 2 dice.
Drag the apples tothe dice to match the number. A number greater than 5 will have apples in 2 dice.
10
Drag and drop the apples to match the numbers.
A number greater than 5 will have apples in 2 dice.
10
Add Apples
Drag and drop the apples to match the equation.
Add Apples
Drag and drop the apples to match the equation.
Add or subtract apples to match the equations.
Equations to Ten
Drag to make addition & subtraction equations 0 to 10.
10
10
10
10
10
Equations to Five
Drag to make addition & subtraction equations 0 to 5.
10
$1 Equations to Ten
Drag to make addition & subtraction equations 0 to 10.
10
10
10
10
$1 Equations to Ten
Multiplication & Division equations 0 to 10.
10
10
10
10
10
10
Reaching the FIRST POWER of TEN
DECIMAL SYSTEM TEN POWER!
Ten Power!
The Decimal System is POWERED by groups of 10!
DECIMAL SYSTEM TEN POWER!
As you count, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 - 10 is called the FIRST POWER OF 10. 1 x 10 = 10 1 counted 10 times.
Ten Power!
DECIMAL SYSTEM ONES PLACE
Digits below 10, have NO ZERO after 1 digit with 0 zerosZERO POWER OF TENNOT A MULTIPLE OF 10because LESS THAN < 100 1 2 3 4 5 6 7 8 9 .
DECIMAL SYSTEM ONES PLACE
Digits below 10, have NO ZERO after them.1 digit with 0 zerosZERO POWER OF TENNOT A MULTIPLE OF 10because LESS THAN < 100 1 2 3 4 5 6 7 8 9 .
DECIMAL SYSTEM ONES PLACE
Any WHOLE NUMBER BELOW 10, parks in the ONEs COLUMN 0, 1, 2, 3, 4, 5, 6, 7, 8 9 9 Apples
DECIMAL SYSTEM TENs PLACE
10 parks in the TENSs COLUMN 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 10 1 SET of 10 apples
Ten Power!
DECIMAL SYSTEM TEN POWER!
One Zero
First set of 10
First Power of 10
Ten to the first power.
Ten = 10
12
14
2 Multiplication
10
20
Drag the bills, numbers, and numerals to match.
16
18
two
four
ten
eight
six
fourteen
twelve
twenty
sixteen
eighteen
21
18
Multiplication
30
15
Drag the bills, numbers, and numerals to match.
24
27
12
six
three
teen
fif
twelve
nine
eighteen
twenty-one
thirty
twenty-four
twenty-seven
1 Multiplication
12
11
10
15
14
13
Drag the multiples off the patterns and then place them back in order.
Drag the multiples off the patterns and then place them back in order.
2 Multiplication
12
14
22
24
10
20
30
28
18
16
26
Drag the multiples off the patterns and then place them back in order.
3 Multiplication
18
21
33
36
15
30
45
42
27
24
12
39
Drag the multiples off the patterns and then place them back in order.
4 Multiplication
24
28
44
48
20
40
60
12
56
36
32
16
52
Drag the multiples off the patterns and then place them back in order.
5 Multiplication
30
35
55
60
10
25
50
75
15
70
45
40
20
65
Drag the multiples off the patterns and then place them back in order.
Drag the multiples off the patterns and then place them back in order.
6 Multiplication
12
36
42
66
72
30
60
90
18
84
54
48
24
78
Drag the multiples off the patterns and then place them back in order.
7 Multiplication
42
49
77
84
14
35
70
105
98
63
56
21
28
91
Drag the multiples off the patterns and then place them back in order.
8 Multiplication
48
56
88
96
16
40
80
120
72
64
24
32
112
104
Drag the multiples off the patterns and then place them back in order.
9 Multiplication
18
54
63
99
108
45
90
135
81
72
36
27
126
117
Drag the multiples off the patterns and then place them back in order.
10 Multiplication
10
120
110
20
60
70
150
100
50
140
90
80
40
130
30
Drag the multiples off the patterns and then place them back in order.
11 Multiplication
11
132
121
22
66
77
165
110
55
154
99
88
44
143
33
Drag the multiples off the patterns and then place them back in order.
12 Multiplication
12
144
132
24
72
84
180
120
60
168
108
96
48
156
36
Drag the multiples off the patterns and then place them back in order.
13 Multiplication
13
156
143
26
78
91
195
130
65
182
117
104
52
169
39
Drag the multiples off the patterns and then place them back in order.
14 Multiplication
14
168
154
28
84
98
210
140
70
196
126
112
56
182
42
Drag the multiples off the patterns and then place them back in order.
15 Multiplication
15
180
165
30
90
105
225
150
75
210
135
120
60
195
45
Drag the multiples off the patterns and then place them back in order.
16 Multiplication
16
192
176
32
96
112
240
160
80
224
144
128
64
208
48
Drag the multiples off the patterns and then place them back in order.
17 Multiplication
17
204
187
34
102
119
255
170
85
238
153
136
68
221
51
Drag the multiples off the patterns and then place them back in order.
18 Multiplication
18
216
198
36
108
126
180
270
90
252
162
144
72
234
54
Drag the multiples off the patterns and then place them back in order.
19 Multiplication
19
228
209
38
114
133
190
285
95
266
171
152
76
247
57
Drag the multiples off the patterns and then place them back in order.
20 Multiplication
20
240
220
40
120
140
200
300
100
280
180
160
80
260
60
Drag the multiples off the patterns and then place them back in order.
Drag to make related division & x problems.
Drag to make related division & x problems.
Drag to make related division & x problems.
Drag to make related division & x problems.
Equations to Fifty
10
$10 Equations to Ten
Drag to make addition & subtraction equations 0 to 10.
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
10
10
10
10
10
10
10
10
10
10
$10 Multiplication
Drag the bills and words to match.
twenty
ten
fif
ty
forty
thirty
seventy
sixty
hundred
ninety
eighty
$10 Equations to Ten
Make multiplication & division equations 0 to 100.
10
10
$100 Equations
1000
100
10
10
$100 Equations
1000
100
100
100
100
100
100
1000
100
100
1000
1000
1000
10
10
10
$1000 Equations
10,000
1,000
10
10
$1,000 Equations
10,000
1,000
10
10
point
10
divide or separate or part
point
The
10
divide
Like Moses parted the sea, the decimal point partitions numbers into wholes and parts. The decimal point divides numbers into wholes and parts. The decimal point separates whole numbers from fractions or parts of numbers.
separate
separate
10
point
divide or separate or part
10 ones
tenths
hundredths
tens
cents
dimes
hundredths
tenths
cents
ones
dimes
tens
10 hundredths
1 tenth
1 dime
10 cents
tenths
hundredths
thousandths mills
dimes
cents
10
point
10
point
10 tens
10 ones
10 tenths
10 hundredths
10 tens
10 dollars
10 dimes
10 cents
Drag & park digits to match how many.
Drag & park digits to match how many.
Drag & park digits to match how many.
Drag & park money to match how many.
Drag & park money to match how many.
Drag & park money to match how many.
Drag & park money to match how many.
Drag & park money to match how many.
Drag money & digits to match.
139.12 + 231.31
359.54 + 173.21
How much is that?
$3.89
389 pennies in a jar.
How much is that?
$3.89
389 pennies in a jar.
To find out the value of 389 pennies, drag 389, ending the number in the PENNIES parking place.
How much is that?
$4.86
486 pennies in a jar.
To find out the value of 486 pennies, drag 486, ending the number in the PENNIES parking place.
How much is that?
$7.21
721 pennies in a jar.
To find out the value of 721 pennies, drag 721, ending the number in the PENNIES parking place.
How much is that?
$2.49
249 pennies in a jar.
To find the value of 249 pennies, drag 249 to end the number in the PENNIES parking place.
How much is that?
$17.35
1,735 pennies
To find the value of 1,735 pennies, drag 1,735 and end the number in the PENNIES parking place.
$234.75
How much is that?
23,475 pennies
To find the value of 23,475 pennies, drag 23,475 and end the number in the PENNIES parking place.
How much is that?
42 dimes
To find the value of 42 dimes, drag 42 so that it ends in the DIMES PLACE. $4.20
$2.50
How much is that?
25 dimes
To find the value of 25 dimes, drag 25 so that it ends in the DIMES PLACE.
$7.50
How much is that?
75 dimes
Place 75 to see the value of 75 dimes. End 75 in the DIMES PLACE.
$9.50
How much is that?
95 dimes
Place 95 to see the value of 95 dimes. End 95 in the DIMES PLACE.
How much is that?
$13.80
138 dimes
Place 138 to see the value of 138 dimes. End 138 in the DIMES PLACE.
How much is that?
$54.50
545 dimes
Place 545 to see the value of 545 dimes. End 545 in the DIMES PLACE.
How much is that?
$169.30
1,693 dimes
Place 1,693 to see the value of 1,693 dimes. End 1,693 in the DIMES PLACE.
How much is that?
$521.60
5,216 dimes
Place 5,216 to see the value of 5,216 dimes. End 5,216 in the DIMES PLACE.
How much is that?
$160.00
16 tens
The server had 16 tens at the end of the day. Place 16 to end in the tens place.
How much is that?
$250.00
25 tens
The tip jar contained 25 tens at the end of the party. Place 25 to end in the tens place.
How much is that?
$320.00
32 tens
Each of the 32 students brought $10 for the field trip. How much did the teacher collect? 32 x $10. Place 32 to end in the tens place.
$1 Equations
50
50
50
50
100
10
10
UNI- VIDEO
1 ONE UNIT BASE UNI- prefix means 1
Drag 1s to park in the UNITS place. Unmix and drag the definitions to match the words.
DECIMAL SYSTEM UNI- 1 DRAG
one word for everything out there
unique
universe
unisex
unilateral
university
community
union
uniform
one school, many areas of study
one look for all
one group in common
one of a kind
together as one
one for all
one-sided
DECIMAL SYSTEM DECA- 10
DECA- and DEKA- prefixes that mean 10 ten of something
DECIMAL SYSTEM DECA- 10
dec
deca
deca
deca
deca
deca
syllable
Drag the prefix to make a word that means 10 of something.
athlete
hedron
gram
metric
meter
DECIMAL SYSTEM DECA- 10
1. DECA- and DEKA- prefixes mean 102. DECADE = SET of 10 3. 3 DECADES = 10 + 10 + 10 = 30 4. DECAGON = 10-sided shape 5. DECALOGUE = The 10 Commandments 6. DECAPOD = 10 LEGS 7. DECAGRAM = 10 GRAMS 8. DECAMETER = 10 METERS 9. DECALITER = 10 LITERS
DECIMAL SYSTEM DRAG
Drag numbers, words, and the decimal point to complete the ideas.
1. DEC means ________2. System uses groups of _______. 3. It is called a _______________. 4. DECimal = Based on _____ . 5. Also called: _____________. 6. Only ____ DIGIT FITS in a PARKING PLACE. 7. A DECIMAL POINT __________ WHOLES _&_ FRACTIONS parts.
DECimal System
Base Ten
separates
DEC- 10 DRAG
Drag the numbers to label pictures of DEC- WORDS
1. DECAHEDRON = 10-sided solid shape2. DECADE = 1970 - 1980 = Disco Decade 3. DECAGON = 10-sided shape 4. DECALOGUE = The 10 Commandments 5. DECAPOD = 10 LEGS 6. DECAMETER = 10 METERS
DECIMAL SYSTEM PLACE VALUE CHART
- DEC means 10
- DECimal = SETS of 10
- It's called a DECimal System
- DECimal = Based on 10 " Base 10 "
- 10 DIGITS make all the numbers.
- 1 DIGIT FITS in a PARKING __ PLACE
- DECIMAL POINT (dot) separates
WHOLES o FRACTIONS parts
DEC- 10 DRAG
Drag the numbers to label pictures of DEC- WORDS
7. DECALITER = 10 LITERS 8. DECEMBER = Month 10 Roman Calendar 9. DECASTYLE = 10-Column Building 10. DECATHLON = 10-Event Contest 11. DECATHLETE = Athlete in a Decathlon
10
11
DECIMAL SYSTEM TENS PLACE
17 = 10 + 7
13 = 10 + 3
16 = 10 + 6
19 = 10 + 9
DECIMAL SYSTEM TENS PLACE
Drag digits to match dice.
17 = 10 + 7
13 = 10 + 3
16 = 10 + 6
19 = 10 + 9
DECIMAL SYSTEM TENS & ONES More than 10
11 = 10 + 1
13 = 10 + 3
15 = 10 + 5 15 = 5 + 5 + 5
DECIMAL SYSTEM
Drag and drop the number word to label the number on the chart.
seventeen
nineteen
sixteen
thirteen
eleven
Ten + 3 to 9Teens
twelve
thirteen
fourteen
2 + 10
1 + 10
6 + 10
7 + 10
fif teen
sixteen
two tens
5 + 10
seventeen
3 + 10
4 + 10
8 + 10
9 + 10
eighteen
nineteen
twenty
Ten Multiplied
2 x 10
1 x 10
6 x 10
7 x 10
twenty
sixty
ten
seventy
5 x 10
10 x 10
fif
ty
hundred
3 x 10
4 x 10
8 x 10
9 x 10
forty
thirty
eighty
ninety
ten
Ten Multiplied
twenty
thirty
2 x 10
1 x 10
6 x 10
7 x 10
forty
fif
ty
5 x 10
10 x 10
sixty
seventy
3 x 10
4 x 10
8 x 10
9 x 10
eighty
ninety
hundred
Drag the words to match.
10 x 10 = 100
Count 10 tens = 100
VIDEO $10 x 10 = $100
$10 x 10 = $100 $10 x 5 = $50 $10 x 5 = $50 $50 x 2 = $100 $100 ÷ $10 = 10 $100 ÷ 2 = $50
$10 Equations
50
50
50
50
100
10
10
10
4 Decastyle buildings = 40 columns
10
10
10
DEC- 10
4 tens
10 + 10 + 10 + 10 = 40
10 x 4 = 40
Calculate with Words and the Place Value Chart.
DECIMAL SYSTEM
Drag and drop the digits to the chart to record the number of tens.
Two decapods = ____ legs.
Five decahedrons = ____ faces.
Seven decagons = ____ sides.
9 buses = 9 decameters = __ meters.
Three decades = ____ years.
1960-1970-1980-1990
4 decatheletes = _ events
DECIMAL SYSTEM
Drag and drop the digits to the chart to record the total number of units.
Three decaliters= 3 x 10 liters.
Five decagrams = 5 x 10 grams.
2 decameters = 2 x 10 meters.
9 decasyllables = 9 x 10 syllables.
Four decades = 4 x 10 years.
Count by 10s to 100 10 x 10 = 100
The Decimal System is based on multiples of 10. Ten Tens = 10 + 10 + 10 + 10 + 10 + 10 = 10 x 10 = 100 10 + 10 + 10 + 10
Video: Count by 10
Count by 10. Multiply by 10. 10 x 10 = 100 Express as Visual Patterns, Words, and Equations.
100
CENT 100 HECTO-
10 x 10 = 100 CENT means 100 HECTO means 100
CENT 100 LATIN PREFIX MEANS 100
CENT means 100
PERCENT - FOR EACH 100
CENTENARIAN - 100 Years-old
CENTURY = 100 YEARS
CENT = 100 100 cents = $1.00
PERCENTILE - Rank in 100
CENTENNIAL - 100 Years
100 - CENT WORDS - DRAG to MATCH100
50 cents is 50% = 50 perCENT = half of $1.00.
There are 100 CENTs in a dollar.
The First American CENTury spans the years 1776 to 1876.
Grandma is a CENTenarian.
CENTENNIAL = 100 YEARS CELEBRATION
YEARS-CELEBRATION
Drag the words to the number of years celebrated.
quadricentennial
150
200
quincentennial
300
bicentennial
sesquicentennial
400
tricentennial
500
Study the decades, then drag them off of the pattern, mix them up, and drag them back onto the pattern in the correct order.
Century = 100 Years10 Decades = 10 x 10 = 100
6th Decade 50-60
7th Decade 60-70
2nd Decade 10-20
1st Decade 0-10
10th Decade 90-100
5th Decade 40-50
3rd Decade 20-30
4th Decade 30-40
8th Decade 70-80
9th Decade 80-90
Drag the event to its decade.
Century = 100 Years10 Decades = 10 x 10 = 100
14 AD Rome's first Emperor, Agustus, Died
1 AD Jesus was born
6th Decade 50-60
7th Decade 60-70
2nd Decade 10-20
1st Decade 0-10
10th Decade 90-100
79 AD Pompeii Destroyed by Mt. Vesuvius Erruption
5th Decade 40-50
30 AD Jesus was Crucified
3rd Decade 20-30
4th Decade 30-40
9th Decade 80-90
8th Decade 70-80
Study the decades, then drag them off of the pattern, mix them up, and drag them back onto the pattern in the correct order.
Century = 100 Years10 Decades = 10 x 10 = 100
6th Decade 50-60
7th Decade 60-70
2nd Decade 10-20
1st Decade 0-10
10th Decade 90-100
5th Decade 40-50
3rd Decade 20-30
9th Decade 80-90
4th Decade 30-40
8th Decade 70-80
Study the centuries, then drag them off of the pattern, mix them up, and drag them back onto the pattern in the correct order.
Century = 100 Years
6th Century 500-600
7th Century 600-700
2nd Century 100-200
1st Century 0-100
10th Century 900-1000
5th Century 400-500
3rd Century 200-300
9th Century 800-900
4th Century 300-400
8th Century 700-800
Drag and drop the event onto the correct century.
Century = 100 Years
London was founded in 43 AD
6th Century 500-600
2nd Century 100-2 00
7th Century 600-700
1s t Century 0-100
126 Maya Stela in Guatemala
10th Century 900-1000
5th Century 400-500
In 248 Rome was 1,000 years-old.
9th Century 800-900
3rd Cent ury 200-300
4th Century 300-400
8th Century 700-800
360 Cave of 1,000 Buddas China
CENT - 100 - 100 CENTS = 100% = $1.00
1¢
100%
100 cents
$1.00
1%
CENT - 100 - 100 CENTS = 100% = $1.00
.01
100%
100 cents
$1.00
1 100
CENT - 100 - 100 CENTS = 100% = $1.00
2%
1%
5 cents
5%
5%
1%
100
4%
3%
5 percent
Label the pennies.
CENT - 100 - 100 CENTS = 100% = $1.00
5 cents
5 percent
5%
1%
100
2%
3%
4%
1%
5%
CENT - 100 - 100 CENTS = 100% = $1.00
Drag the labels off the cents.
10 cents
6%
7%
10 percent
5%
10
10%
1%
100
8%
9%
Label the pennies.
CENT - 100 - 100 CENTS = 100% = $1.00
10 cents
10 percent
5%
10
10%
1%
100
9%
8%
6%
7%
10 hundredths
1 tenth
1 dime
10 cents
hundredths
tenths
.2
.1
.5
.4
.3
.7
.6
1.0
.9
.8
cents
ones
dimes
tens
tenths
.3
.7
.6
.9
.1
1.0
.8
.5
.2
.4
ones
dimes
tens
hundredths
tenths
cents
ones
dimes
tens
hundredths
tenths
20¢
10¢
50¢
40¢
30¢
60¢
70¢
100¢
80¢
90¢
cents
ones
dimes
tens
hundredths
tenths
50¢
10¢
30¢
70¢
100¢
40¢
80¢
90¢
20¢
60¢
cents
ones
tens
dimes
tenths
2 10
1 10
5 10
4 10
3 10
7 10
6 10
10 10
9 10
8 10
ones
tens
dimes
hundredths
tenths
Drag to label the tenths.
5 10
3 10
1 10
10 10
4 10
8 10
9 10
7 10
2 10
6 10
ones
tens
cents
dimes
hundredths
tenths
.2
.1
.5
.4
.3
.7
.6
1.0
.9
.8
cents
ones
dimes
tens
hundredths
tenths
Drag to label the tenths.
1.0
.2
.5
.3
.8
.1
.7
.6
.4
.9
tens
ones
dimes
cents
tenths
10%
20%
50%
40%
30%
60%
70%
100%
80%
90%
ones
dimes
tenths
Drag to label the tenths.
90%
60%
50%
10%
100%
70%
30%
80%
40%
20%
ones
dimes
tenths
Drag to label the tenths.
one-tenth
two-tenth
five-tenth
three-tenth
four-tenth
seven-tenth
six- tenth
ten-tenth
eight-tenth
nine-tenth
ones
dimes
hundredths
tenths
10¢
10%
.10
10
tens
ones
dimes
hundredths
tenths
10¢
10%
.10
10% is one-tenth 10% is 1 dime
10
dimes
ones
tens
10% of $2.00?
hundredths
tenths
20¢
20%
.20
10
ones
tens
dimes
10% of $3.00?
hundredths
tenths
30¢
30%
.30
10
ones
dimes
tens
10% of $4.00?
hundredths
tenths
40¢
40%
.40
10
ones
dimes
tens
10% of $5.00?
hundredths
tenths
50¢
50%
.50
10
ones
tens
dimes
ones
10 tenths
60¢
Drag to circle a dime for each dollar.
60%
.60
Show 10% of $6.00
10 dimes
10
Tip 10% = 1/10
ones
10 tenths
70¢
Drag to circle a dime for each dollar.
70%
.70
Show 10% of $7.00
10 dimes
10
Tip 10% = 1/10
ones
10 tenths
80¢
Drag to circle a dime for each dollar.
80%
.80
Show 10% of $8.00
10 dimes
10
Tip 10% = 1/10
ones
10 tenths
90¢
Drag to circle a dime for each dollar.
90%
.90
Show 10% of $9.00
10 dimes
10
Tip 10% = 1/10
ones
10 tenths
100¢
Drag to circle a dime for each dollar.
100%
1.00
10
Show 10% of $10.00
10 dimes
10
Tip 10% = 1/10
ones
10 tenths
100¢
100%
1.00
10
Show 10% of $10.00
10 dimes
10
Tip 10% = 1/10
ones
200¢
200%
20
2.00
20
Show 10% of $20.00
10
tenths
Tip 10% = 1/10
ones
300¢
300%
30
3.00
30
Show 10% of $30.00
tenths
tenths
10
Tip 10% = 1/10
ones
400¢
400%
40
4.00
400
Show 10% of $40.00
tenths
tenths
100
Tip 10% = 1/10
ones
500¢
500%
50
5.00
500
Show 10% of $50.00
tenths
tenths
100
Tip 10% = 1/10
ones
500¢
500%
50
5.00
500
Show 10% of $50.00
tenths
tenths
100
Tip 10% = 1/10
ones
600¢
600%
60
6.00
600
Show 10% of $60.00
tenths
tenths
100
Tip 10% = 1/10
ones
700¢
700%
7.00
70
700
Show 10% of $70.00
tenths
100
Tip 10% = 1/10
ones
800¢
800%
8.00
80
800
Show 10% of $80.00
tenths
tenths
100
Tip 10% = 1/10
ones
900¢
900%
90
9.00
900
Show 10% of $90.00
tenths
tenths
100
Tip 10% = 1/10
ones
1000¢
1000%
10.00
100
1000
Show 10% of $100.
100
Tip 10% = 1/10
tenths
ones
1000¢
1000%
100
10.00
1000
Show 10% of $100.
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
1000¢
1000%
100
10.00
1000
Show 10% of $100.
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
2000¢
2000%
20.00
200
2000
Show 10% of $200.
100
tenths
tenths
tenths
Tip 10% = 1/10
ones
tens
hundreds
3000¢
3000%
30.00
300
3000
Show 10% of $300.
100
tenths
tenths
tenths
Tip 10% = 1/10
ones
tens
hundreds
4000¢
4000%
40.00
400
4000
Show 10% of $400.
tenths
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
5000¢
5000%
50.00
500
5000
Show 10% of $500.
tenths
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
6000¢
6000%
60.00
600
6000
Show 10% of $600.
tenths
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
7000¢
7000%
70.00
700
7000
Show 10% of $700.
tenths
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
8000¢
8000%
80.00
800
8000
Show 10% of $800.
tenths
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
9000¢
9000%
90.00
900
9000
Show 10% of $900.
tenths
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
10000¢
10000%
100.00
1000
10000
Show 10% of $1,000.
100
tenths
tenths
tenths
Tip 10% = 1/10
10 tens
10 ones
10 tenths
10 hundredths
10 dimes
10 cents
Tip 10% = 1/10
10 tenths
10 hundredths
What is 10% of 10¢ ? 10% means split the dime into pieces and take 1 of the 10. 10% is one-tenth.
10¢
10 dimes
10 cents
Tip 10% = 1/10
10 tenths
10 hundredths
10¢
What is 10% of 20¢ ? One-tenth for each dime. One cent for each 10¢.
10¢
10 dimes
10 cents
Tip 10% = 1/10
10 tenths
10 hundredths
10¢
10¢
What is 10% of 50¢ ? One-tenth for each dime. One cent for each 10¢.
10¢
10¢
10¢
10 dimes
10 cents
Tip 10% = 1/10
10 tens
10 ones
10 tenths
10 hundredths
10 dimes
10 cents
Tip 20% = 2/10
CENT - 100 - 100 CENTS = 100% = $1.00
1¢
100%
100 cents
$1.00
CENT - 100 - 100 CENTS = 100% = $1.00
100
100 cents
25 cents
25
100 %
25 percent
25 %
$1.00
Drag to label the parts and whole, as shown in the slide before.
CENT - 100 - 100 CENTS = 100% = $1.00
25
25 cents
100 cents
100
25 %
100 %
25 percent
$1.00
CENT - 100 - 100 CENTS = 100% = $1.00
100
100 cents
25 cents
25
100 %
25 percent
25 %
$1.00
Price: $111.10 10% Tax: $11.11
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
WORDS: HECTO- 100
hecto = 100 = hundred hectometer = 100 meters
HECTO- means 100
hectokilo = 100 kilos
hectometer = 100 meters
hectoliter = 100 liters
hectosecond = 100 seconds
hectagon = 100-sided shape
hectogram = 100 grams
hectowatt = 100 watts
HECTO- means 100
hectokilo =
hectometer =
100 liters
100 meters
100-sided shape
hectoliter =
hectosecond =
100 watts
100 grams
100 seconds
100 kilos
hectogram =
hectowatt =
hectagon =
$100 Equations
50
50
50
50
100
10
10
100
1000
$100 Equations
50
50
50
50
100
10
10
100
1000
100 x 10 = 1,000 MILL- WORDS
MILLENARIAN - Believes in a 1000 years of peace when Jesus rules Earth and Satan is bound in Hell for 1000 years. Rev 20: 1-6
MILLENNIAL - matured in 2000, b. 1980-1990, Gen Y
MILLION - 1,000 Thousand
MILLENNIA plural of millennium 1,000
MILLENNIUM 1,000 Years
MILLESIMAL 1,000 or Thousandth
VIDEO: 100 x 10 CENT- HECTO-
Count 100s to Ten Hundred = 1,000 = Thousand
MILL - 1,000 Word Build
mill
mill
mill
mill
mill
mill
mill
enni
enni
enni
enni
enni
enni
enni
um
ion
al
al
age
MILL - 1,000 Word Build
mill
mill
mill
mill
mill
mill
Mill
Mill
enni
enni
enni
enni
enni
enni
enni
um
The Millennium Bug was a computer code problem that made the year 2000 into 1900. Millions feared it would cause all computers to crash.
ion
al
al
age
Mill
MILL - 1,000 Word Build
mill
mill
mill
mill
mill
mill
Drag & drop to color the mill- word.
enni
enni
enni
enni
enni
enni
enni
Millenary olive trees in Spain are thousands of years old.
en
um
ion
al
al
ary
age
MILL - 1,000
Drag & drop to color the mill- words.
mill
mill
mill
mill
mill
mill
mill
enni
enni
enni
enni
enni
enni
enni
um
ion
age
Mill
Millennials reached adulthood around the year 2000 - the start of a new millennium.
al
$1000 Equations
1000
50
50
50
50
100
10
10
000
10
000
000
100
000
000
Mill = 1,000 x illion = 1,000
Septillion
Million
Billion
Sextillion
Quintillion
Decillion
10
Quadrillion
Nonillion
Trillion
Octillion
Roman Calendar
Around 738 BC, Rome's first KIng, Romulus, overhauled the Roman calendar, which was based on ancient Greek systems. It accounted for 304 days over 10 months, but left out 61 days of winter. Later, King Numa Pompilius, created the Republican Calendar by adding 2 winter months to the beginning of the year. This messed up the meaning of the original month names, which indicated their position in the calendar: Quint = 5, Sext = 6, Sept = 7, Octo = 8, Novem = 9, and Decem = 10.
Martius
Sextilis
September
Aprilis
December
Quintilis
Lunius
Maius
October
November
Roman Calendar
Around 738 BC, Rome's first KIng, Romulus, overhauled the Roman calendar, which was based on ancient Greek systems. It accounted for 304 days over 10 months, but left out 61 days of winter. Later, King Numa Pompilius, created the Republican Calendar by adding 2 winter months (Ianuarius & Februarius) to the beginning of the year. This messed up the meaning of the original month names, which indicated their position in the calendar: Quint = 5, Sext = 6, Sept = 7, Octo = 8, Novem = 9, and Decem = 10.
October
Quintilis
Martius
September
Maius
Sextilis
Aprilis
December
Lunius
November
Roman Calendar
Around 738 BC, Rome's first KIng, Romulus, overhauled the Roman calendar, which was based on ancient Greek systems. It accounted for 304 days over 10 months, but left out 61 days of winter. Quint = 5, Sext = 6, Sept = 7, Octo = 8, Novem = 9, and Decem = 10.
10
October
Quintilis
Martius
September
Maius
December
Sextilis
Aprilis
Lunius
November
Gregorian Calendar
November
Januarius
Februarius
Junius
December
Quintilis July
Maius
October
Around 738 BC, the Roman lunar calendar accounted for 304 days over 10 months, but left out 61 days of winter. Later, the Republican Calendar added 2 winter months (Ianuarius & Februarius) to the beginning of the year. This messed up the meaning of the original month names, which indicated their position in the calendar: Quint = 5, Sext = 6, Sept = 7, Octo = 8, Novem = 9, and Decem = 10. We now use the Gregorian Solar International Calendar accounting for 365 days with 12 months, January to December.
Sextilis August
September
Aprilis
Martius
Gregorian Calendar
Around 738 BC, the Roman lunar calendar accounted for 304 days over 10 months, but left out 61 days of winter. Later, the Republican Calendar added 2 winter months (Ianuarius & Februarius) to the beginning of the year. This messed up the meaning of the original month names, which indicated their position in the calendar: Quint = 5, Sext = 6, Sept = 7, Octo = 8, Novem = 9, and Decem = 10. We now use the Gregorian Solar International Calendar accounting for 365 days with 12 months, January to December.
June
May
January
December
October
April
August
March
February
July
September
November
International Calendar
February
January
June
July
December
November
12
11
May
Around 738 BC, the Roman lunar calendar accounted for 304 days over 10 months, but left out 61 days of winter. Later, the Republican Calendar added 2 winter months (Ianuarius & Februarius) to the beginning of the year. This messed up the meaning of the original month names, which indicated their position in the calendar: Quint = 5, Sext = 6, Sept = 7, Octo = 8, Novem = 9, and Decem = 10. We now use the Gregorian Solar International Calendar accounting for 365 days with 12 months, January to December.
October
10
March
April
September
August
FRACTIONS - PARTS
Any UNIT (one whole thing) can be broken into parts. A PART is a FRACTION of the WHOLE.
FRACTIONS
PART, COINS, PIECE, SOME, OF, OUT OF PERCENT, HUNDREDTH HALF, QUARTER, THIRD, FOURTH, FIFTH, SIXTH, SEVENTH, EIGHTH, NINETH, TENTH, TWELFTH, TWENTIETH, THOUSANDTH, MILLIONTH Things can be split into pieces.
VIDEO of FRACT WORDS
FRACT = BREAK FRACT+ION = FRACTION FRACT+URE = FRACTURE RE+FRACT+ION = REFRACTION FRACT+AL = FRACTAL FRAC+KING = FRACKING IN+FRACT+ION = INFRACTION
FRACT - BREAK - SPLIT - DIVIDE - PART - SOME - PIECE - SHARE - DISTRIBUTE - DIVISION - DIVIDE
FRACKING
FRACTAL
FRACT MATCH - DRAG WORDS TO PICTURES
FRACTURE
INFRACTION
FRACTION
REFRACTION
.5 HALF 1 2
half gallon
halftime
halfhearted
half-life
halfhearted
.5 HALF 1 2
halftime
half-life
half gallon
Drag the words to match the pictures.
.5 HALF 1 SEMI- 2
SEMItruck
SEMIangle
SEMIcircle
semiliquid
semiliquid
Drag words to the pictures.
.5 HALF 1 SEMI- 2
semitruck
semicircle
semiangle
semiprivate
semipro
SEMIANNUAL
SEMIWEEKLY
SEMI MATCH : DRAG WORDS TO PICTURES
SEMIARID
SEMIFINAL
SEMICENTENNIAL
SEMICOLON
He broke his arm; the team played on.
.5 HALF 1 HEMI- 2
Drag the words to match the pictures.
hemi engine
hemiplegia
hemisphere
hemicycle
Drag words to match the pictures.
.5 HALF 1 2
SEMItruck
QUASIreligious
DEMIgod
HEMIsphere
decimal
divide or separate or part
10
has properties of 10
INFINITESIMAL
has the property of being divided an unlimited number of times before reaching zero or nothingness. tiny
divide or part
not
limited
FINITE
MAL
has the property of being divided an unlimited number of times before reaching zero or nothingness. tiny
divide or part
not
limited
IN
SI
CENT
MAL
ESI
divide
has the properties of division by 100. hundredth
100
MAL
DEC
DUO
divide
has the properties of division by 2 and 10 = 12. based on sets of 12
10
HEXA
MAL
DEC
divide
has the properties of division by 16. based on sets of 16 sixteenths
10
six
GES
SEXA
MAL
divide
has the properties of division by 60. based on sets of 60 or sixty or sixtieths
60
1 hour = 60 minutes 1 minute = 60 seconds
sixty
GEN
ARIAN
SEXA
is 60 years-old
10 times
sixty 60
PROX
MAL
proximity
approximate
near
has the property of being near
ELECTRO
THER
MAL
has the properties of electricity and heat
MAL
THER
GEO
has the properties of earth and heat
MAL
THER
HYDRO
has properties of hot water
integers are a {set} of whole numbers, 0, and their opposites. Signs show direction: + -->> addition - <<-- subtraction
IN
TEGER
fractions & decimals with remainders are NOT included
opposite
whole complete
+ 1 - 1 = 0 + 5/5 - 5/5 = 0 --> + 1 - 1 = 0 + 6/1 - 6/1 = 0 --> + 6 - 6 = 0 +10/10 - 10/10 = 0 -> + 1 - 1 = 0 +17 + -17 = 0 additive inverse -5 x -1/5 = 1 multiplicative inverse
+7 + -3 = +4 +7 - -3 --> +7 + +3 = +10 -7 + -2 = -9
integers are a {set} of whole numbers, 0, and their opposites. Signs show direction: + -->> addition - <<-- subtraction
ALGEBRAIC
TEGERS
IN
fractions & decimals with remainders are NOT included
Rational Integers are written with denominator 1: +3 = +3/1
opposite
whole complete
RATIONAL
NUMBERS
Rational Integers are written with denominator 1: +3 = +3/1
rate -> Miles Per Hour ratio -> 20:1 students:teacher ration -> limit amount rational -> a comparison or fraction or part -> .5 1/2 1:2 -1/2 rationalize -> explain the relationship relationship -> 3 of 4 -> 3/4 -> .75 -> 75% -> three-fourths
UNARY
OPERATION
An operation involving only 1 number.
144
OPERATION
BINARY
An operation involving 2 numbers.
12
144
12 x 12
Long Division
The dividend is the area you end up with when a rectangle is 3 blocks high and 4 blocks wide. 3 by 4 = 3 h x 4 w = 12 area divisor x quotient = dividend length (height) x width = area l x w = a h x w = a
quotient
divisor
area = dividend
Drag to label the long division problem.
Long Division
How many squares are in the rectangle? Drag that number inside the AREA of the rectangle.
divisor
quotient
12
area = dividend
Drag to label the long division problem.
Long Division
How many squares high is the rectangle? Drag that number to the divisor position.
area = dividend
quotient
12
divisor
Drag to label the long division problem.
Long Division
How many squares wide is the rectangle? Drag that number to the quotient position.
area = dividend
quotient
12
divisor
Long Division
Drag to label the long division parts.
area = dividend
divisor
quotient
12
Long Division
Drag to label the long division parts.
quotient
divisor
25
area = dividend
Long Division
Drag to label the long division parts.
quotient
25
divisor
area = dividend
Long Division
Drag to label the long division parts.
quotient
16
divisor
area = dividend
NUMBER CLASSIFICATION
Numbers can be described or classified or grouped by thier characteristics.
Drag to the category.
NUMBER CLASSIFICATIONS
1/2
.75
-9
- Real: all, positive, negative, fraction, decimal
- Rational: Ratios 7/1, -5/1, 523/100, 1/3, 3.75
- Integers: 0, 1, -1, 634, -624, -5, 5, -18, 18,
all whole, - negative, and + numbers
- Whole: no decimal point, positive, 0, 1, 2, 3, 4, 5...
- Natural: 1, 2, 3, 4, 5....Whole Counting Numbers
- Irrational: unique decimal goes on forever:
√2 = 1.41421356237, Π or pi = 3.14159265...
.5
13
1/3
-2
.2
pi
-3
SCIENTIFIC NOTATION
10
SCIENTIFIC NOTATION
10
SCIENTIFIC NOTATION
10
10
SCIENTIFIC NOTATION
10
80
SCIENTIFIC NOTATION
10
100
SCIENTIFIC NOTATION
10
300
SCIENTIFIC NOTATION
10
700
SCIENTIFIC NOTATION
10
1,000
SCIENTIFIC NOTATION
10
5,000
SCIENTIFIC NOTATION
10
10,000
SCIENTIFIC NOTATION
10
50,000
SCIENTIFIC NOTATION
10
60,000
SCIENTIFIC NOTATION
10
100,000
SCIENTIFIC NOTATION
10
200,000
SCIENTIFIC NOTATION
-1
10
0.1
tenth
SCIENTIFIC NOTATION
-1
10
0.2
tenths
SCIENTIFIC NOTATION
-1
10
0.9
tenths
SCIENTIFIC NOTATION
-1
10
0.6
tenths
SCIENTIFIC NOTATION
-2
10
0.01
hundredths
SCIENTIFIC NOTATION
-2
10
0.02
hundredths
SCIENTIFIC NOTATION
-2
10
0.05
hundredths
SCIENTIFIC NOTATION
-2
10
.03
hundredths
SCIENTIFIC NOTATION
-3
10
0.001
thousandths
SCIENTIFIC NOTATION
-3
10
0.002
thousandths
SCIENTIFIC NOTATION DRAG
-3
10
.004
thousandths
Parents
Parentheses
Parentheses
Parentheses
k + h
Parentheses
2,000
200
Parentheses
2,000
200
hecto
kilo
Parentheses
2,000
200
Parentheses
2,000
200
2,200
100
Bravo!
Math Language Fluent
10
1000
1. A Math Look from Dyscalculia.org
A Math Look
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Transcript
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10
100
A Math LookTM from Dyscalculia.org
DECIMAL SYSTEM MATH LANGUAGE
© 2013-2024 Author: Renee Hamilton-Newman
10
100
A Math LookTM from Dyscalculia.org
DECIMAL SYSTEM MATH LANGUAGE
© 2013-2024 Author: Renee Hamilton-Newman
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Click the hand to see draggable elements.
Click the finger to see interactive elements.
INDEX A
Decimal System
Ten Digits < 10
Ordinal Numbers
Roman Numerals
Number Systems
Number Prefixes
Make Digits - Dice
10 digits - Apples
Ones Place - apples
10
11
12
Equations - apples
$1. Equations
Ten Power
INDEX B
14
13
15
Multiples of 2
Multiples of 3
Multiples of 4
18
16
17
Multiples of 7
Multiples of 6
Multiples of 5
19
20
21
Multiples of 10
Multiples of 9
Multiples of 8
23
22
24
$100 Equations
$1,000 Equations
$10 Equations
INDEX C
26
25
27
Decimal Point
1 to 10 Equivalence
Place Value Park
30
28
29
$Multiple $10s
Multiple Dimes
Multiple Pennies
31
32
33
Teens: 10 + < 10
Deca- 10 words
Uni- one words
35
34
36
100 Cent- Hecto-
100 Cents - %
Tens Multiplied
INDEX D
38
37
39
Time Words
Percent 1% - 100%
1/10 Tenth 10%
42
40
41
Tip 10%
25% 25 c Quarter
20% Percent
45
43
44
Calendars
Hecto- 100
Mill- 1,000
47
46
48
1/2 Semi- Hemi- Demi-
Fract- Break
-mal property of
INDEX E
50
49
51
Integer
Rational Numbers
Unary Operation
54
52
53
Number Classes
Long Division
Binary Operation
55
57
56
Parentheses ( x )
Scientific Notation
END
58
59
60
DECIMAL SYSTEM
A Number System BASED on GROUPS of 10 A BASE 10 NUMBER SYSTEM
Ten Digits
10 digits make all numbers.
Ten Digit Drag
Drag and drop the 10 digits onto the 10 digits.
Place the digits left to right from least to greatest.
Drag and drop the 10 digits onto the 10 digits.
Ten Digit Drag
Place the digits left to right, start with 1.
Drag and drop the 10 digit words (numerals) to the 10 digits (fingers).
Ten Numeral Drag
two
five
zero
six
nine
four
seven
eight
one
three
DECIMAL
divide or separate or part
10
has properties of 10
dec
10
mal
divide or separate or part
has properties of 10
Drag the parts to illustrate the meaning of the word.
Numbers: 0, 1 10, 15 78, 96 103 2,475 14,723 3,784,123
Numerals: zero one ten sixteen hundred thousand million
10 Digits: 0, 1 2, 3 4, 5 6, 7 8, 9
Drag and drop the 10 digits into two patterns of 5. Follow the example.
Ten Digit Drag
10 Digits - symbols
Numbers are made of digits, like words are made of letters.
Ten Numerals - number words
one
zero
Numerals are words for numbers, spoken and written.
five
six
four
nine
two
seven
eight
three
Drag and drop the 10 digits into two patterns of 5.Follow the example.
Ten Digit Drag
Drag and drop the 10 digits into two patterns of 5.Follow the example.
Ten Digit Drag
Start with 1.
Drag the numbers 1 through 10 as shown. 10 is made with digits 1 and 0.
Numbers 1 - 10
10
10
10
Drag and drop the numerals onto the 10 spots.
Order numerals from least to greatest.
Numerals: words for quantity
zero
six
zero
eight
five
nine
two
three
nine
seven
four
one
Drag and drop 10 numerals onto the patterns.We start counting with one.
Numerals zero - ten
one
ten
three
one
zero
nine
ten
seven
eight
six
four
five
two
Drag the numerals ( number WORDS ) to the patterns.Start with one, end with ten.
Numerals zero - ten
zero
one
six
one
two
seven
three
ten
eight
four
nine
five
ten
Drag and drop 10 numerals ( number words ) to the 10 spots.Start with one and end with ten.
Numerals
zero
seven
nine
six
one
three
ten
four
eight
one
two
five
ten
Ordinal numerals are words that indicate ORDER or rank in a sequence.
Drag the ordinal numerals to their positions.
Ordinal Numerals
first
second
first
third
tenth
fourth
fifth
eighth
sixth
ninth
seventh
tenth
Ordinal numbers indicate ORDER or rank in a sequence.
Ordinal Numbers
Drag the ordinal numbers to their positions.
1st
6th
1st
2nd
7th
3rd
10th
4th
8th
9th
5th
10th
Ordinal numerals indicate ORDER or rank in a sequence.
Drag the ordinal numerals to their positions.
1 - primary
Ordinal Numerals
2 - secondary
primary
senary
secondary
3 - tertiary
septenary
quinary
decinary
4 - quaternary
octonary
5 - quinary
tertiary
nonary
quaternary
6 - senary
7 - septenary
10 -decinary
9 - nonary
8 - octonary
Ordinal numerals indicate ORDER or rank in a sequence.
Drag the ordinal words to their positions.
Ordinal Numerals
primary
secondary
tertiary
quaternary
quinary
senary
septenary
decinary
nonary
octonary
Word parts that indicate an amount or quantity.
Drag to order the prefixes.
Numeral Prefixes
uni - 1
bi - 2
quint - 5
tri - 3
quadr - 4
sext - 6
sept - 7
deca - 10
novem - 9
octo - 8
nul - 0
Word parts that indicate an amount or quantity.
Drag to order the prefixes.
Greek Numeral Prefixes
mono- 1
di - 2
penta - 5
tri - 3
tetra - 4
hexa - 6
hepta - 7
deca - 10
octo - 8
nil - 0
ennea - 9
Word parts that indicate an amount or quantity.
Drag to order the prefixes.
Latin Numeral Prefixes
uni - 1
bi - 2
quinti - 5
tri - 3
quadri - 4
sexi - 6
septi - 7
nona - 9
decem - 10
octo - 8
nulla - 0
Base number of digits of a number system.
Drag the numerals to their positions.
Number / Numeral Systems
unary
senary
binary
unary
binary
septenary
ternary
quinary
decimal
quaternary
quinary
ternary
nonary
octal
senary
quaternary
septenary
decimal
octal
nonary
Base number of digits of a number system.
Drag the numerals to their positions.
Number / Numeral Systems
unary
binary
trinary
quaternary
quinary
senary
septenary
decimal
nonary
octal
Drag to order the numerals.
Roman Numerals
II
VI
VII
II
III
IV
VII
VI
IV
III
VIII
IX
IX
VIII
nulla - 0 has no numeral
Drag to order the numerals.
Roman Numerals
II
III
IV
VII
VI
IX
VIII
nulla - 0 has no numeral
11 to 25Roman Numerals
XXII
XI
XII
XVI
XVII
XXI
XV
XXV
XX
XIV
XVIII
XIX
XIII
XXIII
XXIV
Drag the multiples off the patterns and then place them back in order.
Multiples of 10Roman Numerals
CX
CXX
XX
LX
LXX
CL
XL
LXXX
XXX
XC
CXL
CXXX
Drag the multiples off the patterns and then place them back in order.
Multiples of 100Roman Numerals
MC
MCC
CC
DC
DCC
MD
DCCC
CCC
CM
CD
MCD
MCCC
Drag the multiples off the patterns and then place them back in order.
100 x 16 to 30Roman Numerals
MMDC
MMCC
MMC
MDCC
MMDCC
MDC
MMM
MM
MMD
MMCCC
MMCD
MCM
MDCCC
MMDCCC
MMCM
Drag the multiples off the patterns and then place them back in order.
Ten Digits
Ten DIGITS make all numbers.
zero
one
two
three
four
five
six
seven
eight
nine
10
ten
Drag the numbered apples to the 10 spots as shown.
Ten Number Drag
Count and drag the apples to the 10 spots.
Ten Apple Drag
zero
Drag the dice to make zero. Which dice represent 0?
one
Drag the dice to make one. Which dice make 1?
two
Example: 2 1 + 1 2 + 0
Drag the dice to make two. Which dice combinations make 2?
two
How many ways can you show 2?Drag the dice to make two in different ways.
three
How many ways can you show 3?Drag dice to make three in different ways.
four
Drag the dice to the lines to show 4 many ways.
five
Drag dice to make 5 many ways.
six
Drag dice to make 6 many ways.
seven
Drag dice to make 7 many ways.
eight
Drag dice to make 8 many ways.
nine
Drag dice to make 9 many ways.
ten
10
Drag dice to make 10 many ways.
DECIMAL SYSTEM ONES PLACE
Drag the blocks and digits to match.
Drag and drop the apples to match the digits.
Drag the apples tothe dice to match the number. 0 and 3 are done.
0 apples
Drag the apples tothe dice to match the number. A number greater than 5 will have apples in 2 dice.
Drag the apples to the dice to match the number. A number greater than 5 will have apples in 2 dice.
Drag the apples tothe dice to match the number. A number greater than 5 will have apples in 2 dice.
10
Drag and drop the apples to match the numbers.
A number greater than 5 will have apples in 2 dice.
10
Add Apples
Drag and drop the apples to match the equation.
Add Apples
Drag and drop the apples to match the equation.
Add or subtract apples to match the equations.
Equations to Ten
Drag to make addition & subtraction equations 0 to 10.
10
10
10
10
10
Equations to Five
Drag to make addition & subtraction equations 0 to 5.
10
$1 Equations to Ten
Drag to make addition & subtraction equations 0 to 10.
10
10
10
10
$1 Equations to Ten
Multiplication & Division equations 0 to 10.
10
10
10
10
10
10
Reaching the FIRST POWER of TEN
DECIMAL SYSTEM TEN POWER!
Ten Power!
The Decimal System is POWERED by groups of 10!
DECIMAL SYSTEM TEN POWER!
As you count, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 - 10 is called the FIRST POWER OF 10. 1 x 10 = 10 1 counted 10 times.
Ten Power!
DECIMAL SYSTEM ONES PLACE
Digits below 10, have NO ZERO after 1 digit with 0 zerosZERO POWER OF TENNOT A MULTIPLE OF 10because LESS THAN < 100 1 2 3 4 5 6 7 8 9 .
DECIMAL SYSTEM ONES PLACE
Digits below 10, have NO ZERO after them.1 digit with 0 zerosZERO POWER OF TENNOT A MULTIPLE OF 10because LESS THAN < 100 1 2 3 4 5 6 7 8 9 .
DECIMAL SYSTEM ONES PLACE
Any WHOLE NUMBER BELOW 10, parks in the ONEs COLUMN 0, 1, 2, 3, 4, 5, 6, 7, 8 9 9 Apples
DECIMAL SYSTEM TENs PLACE
10 parks in the TENSs COLUMN 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 10 1 SET of 10 apples
Ten Power!
DECIMAL SYSTEM TEN POWER!
One Zero
First set of 10
First Power of 10
Ten to the first power.
Ten = 10
12
14
2 Multiplication
10
20
Drag the bills, numbers, and numerals to match.
16
18
two
four
ten
eight
six
fourteen
twelve
twenty
sixteen
eighteen
21
18
Multiplication
30
15
Drag the bills, numbers, and numerals to match.
24
27
12
six
three
teen
fif
twelve
nine
eighteen
twenty-one
thirty
twenty-four
twenty-seven
1 Multiplication
12
11
10
15
14
13
Drag the multiples off the patterns and then place them back in order.
Drag the multiples off the patterns and then place them back in order.
2 Multiplication
12
14
22
24
10
20
30
28
18
16
26
Drag the multiples off the patterns and then place them back in order.
3 Multiplication
18
21
33
36
15
30
45
42
27
24
12
39
Drag the multiples off the patterns and then place them back in order.
4 Multiplication
24
28
44
48
20
40
60
12
56
36
32
16
52
Drag the multiples off the patterns and then place them back in order.
5 Multiplication
30
35
55
60
10
25
50
75
15
70
45
40
20
65
Drag the multiples off the patterns and then place them back in order.
Drag the multiples off the patterns and then place them back in order.
6 Multiplication
12
36
42
66
72
30
60
90
18
84
54
48
24
78
Drag the multiples off the patterns and then place them back in order.
7 Multiplication
42
49
77
84
14
35
70
105
98
63
56
21
28
91
Drag the multiples off the patterns and then place them back in order.
8 Multiplication
48
56
88
96
16
40
80
120
72
64
24
32
112
104
Drag the multiples off the patterns and then place them back in order.
9 Multiplication
18
54
63
99
108
45
90
135
81
72
36
27
126
117
Drag the multiples off the patterns and then place them back in order.
10 Multiplication
10
120
110
20
60
70
150
100
50
140
90
80
40
130
30
Drag the multiples off the patterns and then place them back in order.
11 Multiplication
11
132
121
22
66
77
165
110
55
154
99
88
44
143
33
Drag the multiples off the patterns and then place them back in order.
12 Multiplication
12
144
132
24
72
84
180
120
60
168
108
96
48
156
36
Drag the multiples off the patterns and then place them back in order.
13 Multiplication
13
156
143
26
78
91
195
130
65
182
117
104
52
169
39
Drag the multiples off the patterns and then place them back in order.
14 Multiplication
14
168
154
28
84
98
210
140
70
196
126
112
56
182
42
Drag the multiples off the patterns and then place them back in order.
15 Multiplication
15
180
165
30
90
105
225
150
75
210
135
120
60
195
45
Drag the multiples off the patterns and then place them back in order.
16 Multiplication
16
192
176
32
96
112
240
160
80
224
144
128
64
208
48
Drag the multiples off the patterns and then place them back in order.
17 Multiplication
17
204
187
34
102
119
255
170
85
238
153
136
68
221
51
Drag the multiples off the patterns and then place them back in order.
18 Multiplication
18
216
198
36
108
126
180
270
90
252
162
144
72
234
54
Drag the multiples off the patterns and then place them back in order.
19 Multiplication
19
228
209
38
114
133
190
285
95
266
171
152
76
247
57
Drag the multiples off the patterns and then place them back in order.
20 Multiplication
20
240
220
40
120
140
200
300
100
280
180
160
80
260
60
Drag the multiples off the patterns and then place them back in order.
Drag to make related division & x problems.
Drag to make related division & x problems.
Drag to make related division & x problems.
Drag to make related division & x problems.
Equations to Fifty
10
$10 Equations to Ten
Drag to make addition & subtraction equations 0 to 10.
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
10
10
10
10
10
10
10
10
10
10
$10 Multiplication
Drag the bills and words to match.
twenty
ten
fif
ty
forty
thirty
seventy
sixty
hundred
ninety
eighty
$10 Equations to Ten
Make multiplication & division equations 0 to 100.
10
10
$100 Equations
1000
100
10
10
$100 Equations
1000
100
100
100
100
100
100
1000
100
100
1000
1000
1000
10
10
10
$1000 Equations
10,000
1,000
10
10
$1,000 Equations
10,000
1,000
10
10
point
10
divide or separate or part
point
The
10
divide
Like Moses parted the sea, the decimal point partitions numbers into wholes and parts. The decimal point divides numbers into wholes and parts. The decimal point separates whole numbers from fractions or parts of numbers.
separate
separate
10
point
divide or separate or part
10 ones
tenths
hundredths
tens
cents
dimes
hundredths
tenths
cents
ones
dimes
tens
10 hundredths
1 tenth
1 dime
10 cents
tenths
hundredths
thousandths mills
dimes
cents
10
point
10
point
10 tens
10 ones
10 tenths
10 hundredths
10 tens
10 dollars
10 dimes
10 cents
Drag & park digits to match how many.
Drag & park digits to match how many.
Drag & park digits to match how many.
Drag & park money to match how many.
Drag & park money to match how many.
Drag & park money to match how many.
Drag & park money to match how many.
Drag & park money to match how many.
Drag money & digits to match.
139.12 + 231.31
359.54 + 173.21
How much is that?
$3.89
389 pennies in a jar.
How much is that?
$3.89
389 pennies in a jar.
To find out the value of 389 pennies, drag 389, ending the number in the PENNIES parking place.
How much is that?
$4.86
486 pennies in a jar.
To find out the value of 486 pennies, drag 486, ending the number in the PENNIES parking place.
How much is that?
$7.21
721 pennies in a jar.
To find out the value of 721 pennies, drag 721, ending the number in the PENNIES parking place.
How much is that?
$2.49
249 pennies in a jar.
To find the value of 249 pennies, drag 249 to end the number in the PENNIES parking place.
How much is that?
$17.35
1,735 pennies
To find the value of 1,735 pennies, drag 1,735 and end the number in the PENNIES parking place.
$234.75
How much is that?
23,475 pennies
To find the value of 23,475 pennies, drag 23,475 and end the number in the PENNIES parking place.
How much is that?
42 dimes
To find the value of 42 dimes, drag 42 so that it ends in the DIMES PLACE. $4.20
$2.50
How much is that?
25 dimes
To find the value of 25 dimes, drag 25 so that it ends in the DIMES PLACE.
$7.50
How much is that?
75 dimes
Place 75 to see the value of 75 dimes. End 75 in the DIMES PLACE.
$9.50
How much is that?
95 dimes
Place 95 to see the value of 95 dimes. End 95 in the DIMES PLACE.
How much is that?
$13.80
138 dimes
Place 138 to see the value of 138 dimes. End 138 in the DIMES PLACE.
How much is that?
$54.50
545 dimes
Place 545 to see the value of 545 dimes. End 545 in the DIMES PLACE.
How much is that?
$169.30
1,693 dimes
Place 1,693 to see the value of 1,693 dimes. End 1,693 in the DIMES PLACE.
How much is that?
$521.60
5,216 dimes
Place 5,216 to see the value of 5,216 dimes. End 5,216 in the DIMES PLACE.
How much is that?
$160.00
16 tens
The server had 16 tens at the end of the day. Place 16 to end in the tens place.
How much is that?
$250.00
25 tens
The tip jar contained 25 tens at the end of the party. Place 25 to end in the tens place.
How much is that?
$320.00
32 tens
Each of the 32 students brought $10 for the field trip. How much did the teacher collect? 32 x $10. Place 32 to end in the tens place.
$1 Equations
50
50
50
50
100
10
10
UNI- VIDEO
1 ONE UNIT BASE UNI- prefix means 1
Drag 1s to park in the UNITS place. Unmix and drag the definitions to match the words.
DECIMAL SYSTEM UNI- 1 DRAG
one word for everything out there
unique
universe
unisex
unilateral
university
community
union
uniform
one school, many areas of study
one look for all
one group in common
one of a kind
together as one
one for all
one-sided
DECIMAL SYSTEM DECA- 10
DECA- and DEKA- prefixes that mean 10 ten of something
DECIMAL SYSTEM DECA- 10
dec
deca
deca
deca
deca
deca
syllable
Drag the prefix to make a word that means 10 of something.
athlete
hedron
gram
metric
meter
DECIMAL SYSTEM DECA- 10
1. DECA- and DEKA- prefixes mean 102. DECADE = SET of 10 3. 3 DECADES = 10 + 10 + 10 = 30 4. DECAGON = 10-sided shape 5. DECALOGUE = The 10 Commandments 6. DECAPOD = 10 LEGS 7. DECAGRAM = 10 GRAMS 8. DECAMETER = 10 METERS 9. DECALITER = 10 LITERS
DECIMAL SYSTEM DRAG
Drag numbers, words, and the decimal point to complete the ideas.
1. DEC means ________2. System uses groups of _______. 3. It is called a _______________. 4. DECimal = Based on _____ . 5. Also called: _____________. 6. Only ____ DIGIT FITS in a PARKING PLACE. 7. A DECIMAL POINT __________ WHOLES _&_ FRACTIONS parts.
DECimal System
Base Ten
separates
DEC- 10 DRAG
Drag the numbers to label pictures of DEC- WORDS
1. DECAHEDRON = 10-sided solid shape2. DECADE = 1970 - 1980 = Disco Decade 3. DECAGON = 10-sided shape 4. DECALOGUE = The 10 Commandments 5. DECAPOD = 10 LEGS 6. DECAMETER = 10 METERS
DECIMAL SYSTEM PLACE VALUE CHART
- DEC means 10
- DECimal = SETS of 10
- It's called a DECimal System
- DECimal = Based on 10 " Base 10 "
- 10 DIGITS make all the numbers.
- 1 DIGIT FITS in a PARKING __ PLACE
- DECIMAL POINT (dot) separates
WHOLES o FRACTIONS partsDEC- 10 DRAG
Drag the numbers to label pictures of DEC- WORDS
7. DECALITER = 10 LITERS 8. DECEMBER = Month 10 Roman Calendar 9. DECASTYLE = 10-Column Building 10. DECATHLON = 10-Event Contest 11. DECATHLETE = Athlete in a Decathlon
10
11
DECIMAL SYSTEM TENS PLACE
17 = 10 + 7
13 = 10 + 3
16 = 10 + 6
19 = 10 + 9
DECIMAL SYSTEM TENS PLACE
Drag digits to match dice.
17 = 10 + 7
13 = 10 + 3
16 = 10 + 6
19 = 10 + 9
DECIMAL SYSTEM TENS & ONES More than 10
11 = 10 + 1
13 = 10 + 3
15 = 10 + 5 15 = 5 + 5 + 5
DECIMAL SYSTEM
Drag and drop the number word to label the number on the chart.
seventeen
nineteen
sixteen
thirteen
eleven
Ten + 3 to 9Teens
twelve
thirteen
fourteen
2 + 10
1 + 10
6 + 10
7 + 10
fif teen
sixteen
two tens
5 + 10
seventeen
3 + 10
4 + 10
8 + 10
9 + 10
eighteen
nineteen
twenty
Ten Multiplied
2 x 10
1 x 10
6 x 10
7 x 10
twenty
sixty
ten
seventy
5 x 10
10 x 10
fif
ty
hundred
3 x 10
4 x 10
8 x 10
9 x 10
forty
thirty
eighty
ninety
ten
Ten Multiplied
twenty
thirty
2 x 10
1 x 10
6 x 10
7 x 10
forty
fif
ty
5 x 10
10 x 10
sixty
seventy
3 x 10
4 x 10
8 x 10
9 x 10
eighty
ninety
hundred
Drag the words to match.
10 x 10 = 100
Count 10 tens = 100
VIDEO $10 x 10 = $100
$10 x 10 = $100 $10 x 5 = $50 $10 x 5 = $50 $50 x 2 = $100 $100 ÷ $10 = 10 $100 ÷ 2 = $50
$10 Equations
50
50
50
50
100
10
10
10
4 Decastyle buildings = 40 columns
10
10
10
DEC- 10
4 tens
10 + 10 + 10 + 10 = 40
10 x 4 = 40
Calculate with Words and the Place Value Chart.
DECIMAL SYSTEM
Drag and drop the digits to the chart to record the number of tens.
Two decapods = ____ legs.
Five decahedrons = ____ faces.
Seven decagons = ____ sides.
9 buses = 9 decameters = __ meters.
Three decades = ____ years.
1960-1970-1980-1990
4 decatheletes = _ events
DECIMAL SYSTEM
Drag and drop the digits to the chart to record the total number of units.
Three decaliters= 3 x 10 liters.
Five decagrams = 5 x 10 grams.
2 decameters = 2 x 10 meters.
9 decasyllables = 9 x 10 syllables.
Four decades = 4 x 10 years.
Count by 10s to 100 10 x 10 = 100
The Decimal System is based on multiples of 10. Ten Tens = 10 + 10 + 10 + 10 + 10 + 10 = 10 x 10 = 100 10 + 10 + 10 + 10
Video: Count by 10
Count by 10. Multiply by 10. 10 x 10 = 100 Express as Visual Patterns, Words, and Equations.
100
CENT 100 HECTO-
10 x 10 = 100 CENT means 100 HECTO means 100
CENT 100 LATIN PREFIX MEANS 100
CENT means 100
PERCENT - FOR EACH 100
CENTENARIAN - 100 Years-old
CENTURY = 100 YEARS
CENT = 100 100 cents = $1.00
PERCENTILE - Rank in 100
CENTENNIAL - 100 Years
100 - CENT WORDS - DRAG to MATCH100
50 cents is 50% = 50 perCENT = half of $1.00.
There are 100 CENTs in a dollar.
The First American CENTury spans the years 1776 to 1876.
Grandma is a CENTenarian.
CENTENNIAL = 100 YEARS CELEBRATION
YEARS-CELEBRATION
Drag the words to the number of years celebrated.
quadricentennial
150
200
quincentennial
300
bicentennial
sesquicentennial
400
tricentennial
500
Study the decades, then drag them off of the pattern, mix them up, and drag them back onto the pattern in the correct order.
Century = 100 Years10 Decades = 10 x 10 = 100
6th Decade 50-60
7th Decade 60-70
2nd Decade 10-20
1st Decade 0-10
10th Decade 90-100
5th Decade 40-50
3rd Decade 20-30
4th Decade 30-40
8th Decade 70-80
9th Decade 80-90
Drag the event to its decade.
Century = 100 Years10 Decades = 10 x 10 = 100
14 AD Rome's first Emperor, Agustus, Died
1 AD Jesus was born
6th Decade 50-60
7th Decade 60-70
2nd Decade 10-20
1st Decade 0-10
10th Decade 90-100
79 AD Pompeii Destroyed by Mt. Vesuvius Erruption
5th Decade 40-50
30 AD Jesus was Crucified
3rd Decade 20-30
4th Decade 30-40
9th Decade 80-90
8th Decade 70-80
Study the decades, then drag them off of the pattern, mix them up, and drag them back onto the pattern in the correct order.
Century = 100 Years10 Decades = 10 x 10 = 100
6th Decade 50-60
7th Decade 60-70
2nd Decade 10-20
1st Decade 0-10
10th Decade 90-100
5th Decade 40-50
3rd Decade 20-30
9th Decade 80-90
4th Decade 30-40
8th Decade 70-80
Study the centuries, then drag them off of the pattern, mix them up, and drag them back onto the pattern in the correct order.
Century = 100 Years
6th Century 500-600
7th Century 600-700
2nd Century 100-200
1st Century 0-100
10th Century 900-1000
5th Century 400-500
3rd Century 200-300
9th Century 800-900
4th Century 300-400
8th Century 700-800
Drag and drop the event onto the correct century.
Century = 100 Years
London was founded in 43 AD
6th Century 500-600
2nd Century 100-2 00
7th Century 600-700
1s t Century 0-100
126 Maya Stela in Guatemala
10th Century 900-1000
5th Century 400-500
In 248 Rome was 1,000 years-old.
9th Century 800-900
3rd Cent ury 200-300
4th Century 300-400
8th Century 700-800
360 Cave of 1,000 Buddas China
CENT - 100 - 100 CENTS = 100% = $1.00
1¢
100%
100 cents
$1.00
1%
CENT - 100 - 100 CENTS = 100% = $1.00
.01
100%
100 cents
$1.00
1 100
CENT - 100 - 100 CENTS = 100% = $1.00
2%
1%
5 cents
5%
5%
1%
100
4%
3%
5 percent
Label the pennies.
CENT - 100 - 100 CENTS = 100% = $1.00
5 cents
5 percent
5%
1%
100
2%
3%
4%
1%
5%
CENT - 100 - 100 CENTS = 100% = $1.00
Drag the labels off the cents.
10 cents
6%
7%
10 percent
5%
10
10%
1%
100
8%
9%
Label the pennies.
CENT - 100 - 100 CENTS = 100% = $1.00
10 cents
10 percent
5%
10
10%
1%
100
9%
8%
6%
7%
10 hundredths
1 tenth
1 dime
10 cents
hundredths
tenths
.2
.1
.5
.4
.3
.7
.6
1.0
.9
.8
cents
ones
dimes
tens
tenths
.3
.7
.6
.9
.1
1.0
.8
.5
.2
.4
ones
dimes
tens
hundredths
tenths
cents
ones
dimes
tens
hundredths
tenths
20¢
10¢
50¢
40¢
30¢
60¢
70¢
100¢
80¢
90¢
cents
ones
dimes
tens
hundredths
tenths
50¢
10¢
30¢
70¢
100¢
40¢
80¢
90¢
20¢
60¢
cents
ones
tens
dimes
tenths
2 10
1 10
5 10
4 10
3 10
7 10
6 10
10 10
9 10
8 10
ones
tens
dimes
hundredths
tenths
Drag to label the tenths.
5 10
3 10
1 10
10 10
4 10
8 10
9 10
7 10
2 10
6 10
ones
tens
cents
dimes
hundredths
tenths
.2
.1
.5
.4
.3
.7
.6
1.0
.9
.8
cents
ones
dimes
tens
hundredths
tenths
Drag to label the tenths.
1.0
.2
.5
.3
.8
.1
.7
.6
.4
.9
tens
ones
dimes
cents
tenths
10%
20%
50%
40%
30%
60%
70%
100%
80%
90%
ones
dimes
tenths
Drag to label the tenths.
90%
60%
50%
10%
100%
70%
30%
80%
40%
20%
ones
dimes
tenths
Drag to label the tenths.
one-tenth
two-tenth
five-tenth
three-tenth
four-tenth
seven-tenth
six- tenth
ten-tenth
eight-tenth
nine-tenth
ones
dimes
hundredths
tenths
10¢
10%
.10
10
tens
ones
dimes
hundredths
tenths
10¢
10%
.10
10% is one-tenth 10% is 1 dime
10
dimes
ones
tens
10% of $2.00?
hundredths
tenths
20¢
20%
.20
10
ones
tens
dimes
10% of $3.00?
hundredths
tenths
30¢
30%
.30
10
ones
dimes
tens
10% of $4.00?
hundredths
tenths
40¢
40%
.40
10
ones
dimes
tens
10% of $5.00?
hundredths
tenths
50¢
50%
.50
10
ones
tens
dimes
ones
10 tenths
60¢
Drag to circle a dime for each dollar.
60%
.60
Show 10% of $6.00
10 dimes
10
Tip 10% = 1/10
ones
10 tenths
70¢
Drag to circle a dime for each dollar.
70%
.70
Show 10% of $7.00
10 dimes
10
Tip 10% = 1/10
ones
10 tenths
80¢
Drag to circle a dime for each dollar.
80%
.80
Show 10% of $8.00
10 dimes
10
Tip 10% = 1/10
ones
10 tenths
90¢
Drag to circle a dime for each dollar.
90%
.90
Show 10% of $9.00
10 dimes
10
Tip 10% = 1/10
ones
10 tenths
100¢
Drag to circle a dime for each dollar.
100%
1.00
10
Show 10% of $10.00
10 dimes
10
Tip 10% = 1/10
ones
10 tenths
100¢
100%
1.00
10
Show 10% of $10.00
10 dimes
10
Tip 10% = 1/10
ones
200¢
200%
20
2.00
20
Show 10% of $20.00
10
tenths
Tip 10% = 1/10
ones
300¢
300%
30
3.00
30
Show 10% of $30.00
tenths
tenths
10
Tip 10% = 1/10
ones
400¢
400%
40
4.00
400
Show 10% of $40.00
tenths
tenths
100
Tip 10% = 1/10
ones
500¢
500%
50
5.00
500
Show 10% of $50.00
tenths
tenths
100
Tip 10% = 1/10
ones
500¢
500%
50
5.00
500
Show 10% of $50.00
tenths
tenths
100
Tip 10% = 1/10
ones
600¢
600%
60
6.00
600
Show 10% of $60.00
tenths
tenths
100
Tip 10% = 1/10
ones
700¢
700%
7.00
70
700
Show 10% of $70.00
tenths
100
Tip 10% = 1/10
ones
800¢
800%
8.00
80
800
Show 10% of $80.00
tenths
tenths
100
Tip 10% = 1/10
ones
900¢
900%
90
9.00
900
Show 10% of $90.00
tenths
tenths
100
Tip 10% = 1/10
ones
1000¢
1000%
10.00
100
1000
Show 10% of $100.
100
Tip 10% = 1/10
tenths
ones
1000¢
1000%
100
10.00
1000
Show 10% of $100.
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
1000¢
1000%
100
10.00
1000
Show 10% of $100.
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
2000¢
2000%
20.00
200
2000
Show 10% of $200.
100
tenths
tenths
tenths
Tip 10% = 1/10
ones
tens
hundreds
3000¢
3000%
30.00
300
3000
Show 10% of $300.
100
tenths
tenths
tenths
Tip 10% = 1/10
ones
tens
hundreds
4000¢
4000%
40.00
400
4000
Show 10% of $400.
tenths
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
5000¢
5000%
50.00
500
5000
Show 10% of $500.
tenths
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
6000¢
6000%
60.00
600
6000
Show 10% of $600.
tenths
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
7000¢
7000%
70.00
700
7000
Show 10% of $700.
tenths
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
8000¢
8000%
80.00
800
8000
Show 10% of $800.
tenths
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
9000¢
9000%
90.00
900
9000
Show 10% of $900.
tenths
tenths
tenths
100
Tip 10% = 1/10
ones
tens
hundreds
10000¢
10000%
100.00
1000
10000
Show 10% of $1,000.
100
tenths
tenths
tenths
Tip 10% = 1/10
10 tens
10 ones
10 tenths
10 hundredths
10 dimes
10 cents
Tip 10% = 1/10
10 tenths
10 hundredths
What is 10% of 10¢ ? 10% means split the dime into pieces and take 1 of the 10. 10% is one-tenth.
10¢
10 dimes
10 cents
Tip 10% = 1/10
10 tenths
10 hundredths
10¢
What is 10% of 20¢ ? One-tenth for each dime. One cent for each 10¢.
10¢
10 dimes
10 cents
Tip 10% = 1/10
10 tenths
10 hundredths
10¢
10¢
What is 10% of 50¢ ? One-tenth for each dime. One cent for each 10¢.
10¢
10¢
10¢
10 dimes
10 cents
Tip 10% = 1/10
10 tens
10 ones
10 tenths
10 hundredths
10 dimes
10 cents
Tip 20% = 2/10
CENT - 100 - 100 CENTS = 100% = $1.00
1¢
100%
100 cents
$1.00
CENT - 100 - 100 CENTS = 100% = $1.00
100
100 cents
25 cents
25
100 %
25 percent
25 %
$1.00
Drag to label the parts and whole, as shown in the slide before.
CENT - 100 - 100 CENTS = 100% = $1.00
25
25 cents
100 cents
100
25 %
100 %
25 percent
$1.00
CENT - 100 - 100 CENTS = 100% = $1.00
100
100 cents
25 cents
25
100 %
25 percent
25 %
$1.00
Price: $111.10 10% Tax: $11.11
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
Drag the money above the parking space to show a 10% tip. 10% is one-tenth.
WORDS: HECTO- 100
hecto = 100 = hundred hectometer = 100 meters
HECTO- means 100
hectokilo = 100 kilos
hectometer = 100 meters
hectoliter = 100 liters
hectosecond = 100 seconds
hectagon = 100-sided shape
hectogram = 100 grams
hectowatt = 100 watts
HECTO- means 100
hectokilo =
hectometer =
100 liters
100 meters
100-sided shape
hectoliter =
hectosecond =
100 watts
100 grams
100 seconds
100 kilos
hectogram =
hectowatt =
hectagon =
$100 Equations
50
50
50
50
100
10
10
100
1000
$100 Equations
50
50
50
50
100
10
10
100
1000
100 x 10 = 1,000 MILL- WORDS
MILLENARIAN - Believes in a 1000 years of peace when Jesus rules Earth and Satan is bound in Hell for 1000 years. Rev 20: 1-6
MILLENNIAL - matured in 2000, b. 1980-1990, Gen Y
MILLION - 1,000 Thousand
MILLENNIA plural of millennium 1,000
MILLENNIUM 1,000 Years
MILLESIMAL 1,000 or Thousandth
VIDEO: 100 x 10 CENT- HECTO-
Count 100s to Ten Hundred = 1,000 = Thousand
MILL - 1,000 Word Build
mill
mill
mill
mill
mill
mill
mill
enni
enni
enni
enni
enni
enni
enni
um
ion
al
al
age
MILL - 1,000 Word Build
mill
mill
mill
mill
mill
mill
Mill
Mill
enni
enni
enni
enni
enni
enni
enni
um
The Millennium Bug was a computer code problem that made the year 2000 into 1900. Millions feared it would cause all computers to crash.
ion
al
al
age
Mill
MILL - 1,000 Word Build
mill
mill
mill
mill
mill
mill
Drag & drop to color the mill- word.
enni
enni
enni
enni
enni
enni
enni
Millenary olive trees in Spain are thousands of years old.
en
um
ion
al
al
ary
age
MILL - 1,000
Drag & drop to color the mill- words.
mill
mill
mill
mill
mill
mill
mill
enni
enni
enni
enni
enni
enni
enni
um
ion
age
Mill
Millennials reached adulthood around the year 2000 - the start of a new millennium.
al
$1000 Equations
1000
50
50
50
50
100
10
10
000
10
000
000
100
000
000
Mill = 1,000 x illion = 1,000
Septillion
Million
Billion
Sextillion
Quintillion
Decillion
10
Quadrillion
Nonillion
Trillion
Octillion
Roman Calendar
Around 738 BC, Rome's first KIng, Romulus, overhauled the Roman calendar, which was based on ancient Greek systems. It accounted for 304 days over 10 months, but left out 61 days of winter. Later, King Numa Pompilius, created the Republican Calendar by adding 2 winter months to the beginning of the year. This messed up the meaning of the original month names, which indicated their position in the calendar: Quint = 5, Sext = 6, Sept = 7, Octo = 8, Novem = 9, and Decem = 10.
Martius
Sextilis
September
Aprilis
December
Quintilis
Lunius
Maius
October
November
Roman Calendar
Around 738 BC, Rome's first KIng, Romulus, overhauled the Roman calendar, which was based on ancient Greek systems. It accounted for 304 days over 10 months, but left out 61 days of winter. Later, King Numa Pompilius, created the Republican Calendar by adding 2 winter months (Ianuarius & Februarius) to the beginning of the year. This messed up the meaning of the original month names, which indicated their position in the calendar: Quint = 5, Sext = 6, Sept = 7, Octo = 8, Novem = 9, and Decem = 10.
October
Quintilis
Martius
September
Maius
Sextilis
Aprilis
December
Lunius
November
Roman Calendar
Around 738 BC, Rome's first KIng, Romulus, overhauled the Roman calendar, which was based on ancient Greek systems. It accounted for 304 days over 10 months, but left out 61 days of winter. Quint = 5, Sext = 6, Sept = 7, Octo = 8, Novem = 9, and Decem = 10.
10
October
Quintilis
Martius
September
Maius
December
Sextilis
Aprilis
Lunius
November
Gregorian Calendar
November
Januarius
Februarius
Junius
December
Quintilis July
Maius
October
Around 738 BC, the Roman lunar calendar accounted for 304 days over 10 months, but left out 61 days of winter. Later, the Republican Calendar added 2 winter months (Ianuarius & Februarius) to the beginning of the year. This messed up the meaning of the original month names, which indicated their position in the calendar: Quint = 5, Sext = 6, Sept = 7, Octo = 8, Novem = 9, and Decem = 10. We now use the Gregorian Solar International Calendar accounting for 365 days with 12 months, January to December.
Sextilis August
September
Aprilis
Martius
Gregorian Calendar
Around 738 BC, the Roman lunar calendar accounted for 304 days over 10 months, but left out 61 days of winter. Later, the Republican Calendar added 2 winter months (Ianuarius & Februarius) to the beginning of the year. This messed up the meaning of the original month names, which indicated their position in the calendar: Quint = 5, Sext = 6, Sept = 7, Octo = 8, Novem = 9, and Decem = 10. We now use the Gregorian Solar International Calendar accounting for 365 days with 12 months, January to December.
June
May
January
December
October
April
August
March
February
July
September
November
International Calendar
February
January
June
July
December
November
12
11
May
Around 738 BC, the Roman lunar calendar accounted for 304 days over 10 months, but left out 61 days of winter. Later, the Republican Calendar added 2 winter months (Ianuarius & Februarius) to the beginning of the year. This messed up the meaning of the original month names, which indicated their position in the calendar: Quint = 5, Sext = 6, Sept = 7, Octo = 8, Novem = 9, and Decem = 10. We now use the Gregorian Solar International Calendar accounting for 365 days with 12 months, January to December.
October
10
March
April
September
August
FRACTIONS - PARTS
Any UNIT (one whole thing) can be broken into parts. A PART is a FRACTION of the WHOLE.
FRACTIONS
PART, COINS, PIECE, SOME, OF, OUT OF PERCENT, HUNDREDTH HALF, QUARTER, THIRD, FOURTH, FIFTH, SIXTH, SEVENTH, EIGHTH, NINETH, TENTH, TWELFTH, TWENTIETH, THOUSANDTH, MILLIONTH Things can be split into pieces.
VIDEO of FRACT WORDS
FRACT = BREAK FRACT+ION = FRACTION FRACT+URE = FRACTURE RE+FRACT+ION = REFRACTION FRACT+AL = FRACTAL FRAC+KING = FRACKING IN+FRACT+ION = INFRACTION
FRACT - BREAK - SPLIT - DIVIDE - PART - SOME - PIECE - SHARE - DISTRIBUTE - DIVISION - DIVIDE
FRACKING
FRACTAL
FRACT MATCH - DRAG WORDS TO PICTURES
FRACTURE
INFRACTION
FRACTION
REFRACTION
.5 HALF 1 2
half gallon
halftime
halfhearted
half-life
halfhearted
.5 HALF 1 2
halftime
half-life
half gallon
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.5 HALF 1 SEMI- 2
SEMItruck
SEMIangle
SEMIcircle
semiliquid
semiliquid
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.5 HALF 1 SEMI- 2
semitruck
semicircle
semiangle
semiprivate
semipro
SEMIANNUAL
SEMIWEEKLY
SEMI MATCH : DRAG WORDS TO PICTURES
SEMIARID
SEMIFINAL
SEMICENTENNIAL
SEMICOLON
He broke his arm; the team played on.
.5 HALF 1 HEMI- 2
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hemi engine
hemiplegia
hemisphere
hemicycle
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.5 HALF 1 2
SEMItruck
QUASIreligious
DEMIgod
HEMIsphere
decimal
divide or separate or part
10
has properties of 10
INFINITESIMAL
has the property of being divided an unlimited number of times before reaching zero or nothingness. tiny
divide or part
not
limited
FINITE
MAL
has the property of being divided an unlimited number of times before reaching zero or nothingness. tiny
divide or part
not
limited
IN
SI
CENT
MAL
ESI
divide
has the properties of division by 100. hundredth
100
MAL
DEC
DUO
divide
has the properties of division by 2 and 10 = 12. based on sets of 12
10
HEXA
MAL
DEC
divide
has the properties of division by 16. based on sets of 16 sixteenths
10
six
GES
SEXA
MAL
divide
has the properties of division by 60. based on sets of 60 or sixty or sixtieths
60
1 hour = 60 minutes 1 minute = 60 seconds
sixty
GEN
ARIAN
SEXA
is 60 years-old
10 times
sixty 60
PROX
MAL
proximity
approximate
near
has the property of being near
ELECTRO
THER
MAL
has the properties of electricity and heat
MAL
THER
GEO
has the properties of earth and heat
MAL
THER
HYDRO
has properties of hot water
integers are a {set} of whole numbers, 0, and their opposites. Signs show direction: + -->> addition - <<-- subtraction
IN
TEGER
fractions & decimals with remainders are NOT included
opposite
whole complete
+ 1 - 1 = 0 + 5/5 - 5/5 = 0 --> + 1 - 1 = 0 + 6/1 - 6/1 = 0 --> + 6 - 6 = 0 +10/10 - 10/10 = 0 -> + 1 - 1 = 0 +17 + -17 = 0 additive inverse -5 x -1/5 = 1 multiplicative inverse
+7 + -3 = +4 +7 - -3 --> +7 + +3 = +10 -7 + -2 = -9
integers are a {set} of whole numbers, 0, and their opposites. Signs show direction: + -->> addition - <<-- subtraction
ALGEBRAIC
TEGERS
IN
fractions & decimals with remainders are NOT included
Rational Integers are written with denominator 1: +3 = +3/1
opposite
whole complete
RATIONAL
NUMBERS
Rational Integers are written with denominator 1: +3 = +3/1
rate -> Miles Per Hour ratio -> 20:1 students:teacher ration -> limit amount rational -> a comparison or fraction or part -> .5 1/2 1:2 -1/2 rationalize -> explain the relationship relationship -> 3 of 4 -> 3/4 -> .75 -> 75% -> three-fourths
UNARY
OPERATION
An operation involving only 1 number.
144
OPERATION
BINARY
An operation involving 2 numbers.
12
144
12 x 12
Long Division
The dividend is the area you end up with when a rectangle is 3 blocks high and 4 blocks wide. 3 by 4 = 3 h x 4 w = 12 area divisor x quotient = dividend length (height) x width = area l x w = a h x w = a
quotient
divisor
area = dividend
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Long Division
How many squares are in the rectangle? Drag that number inside the AREA of the rectangle.
divisor
quotient
12
area = dividend
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Long Division
How many squares high is the rectangle? Drag that number to the divisor position.
area = dividend
quotient
12
divisor
Drag to label the long division problem.
Long Division
How many squares wide is the rectangle? Drag that number to the quotient position.
area = dividend
quotient
12
divisor
Long Division
Drag to label the long division parts.
area = dividend
divisor
quotient
12
Long Division
Drag to label the long division parts.
quotient
divisor
25
area = dividend
Long Division
Drag to label the long division parts.
quotient
25
divisor
area = dividend
Long Division
Drag to label the long division parts.
quotient
16
divisor
area = dividend
NUMBER CLASSIFICATION
Numbers can be described or classified or grouped by thier characteristics.
Drag to the category.
NUMBER CLASSIFICATIONS
1/2
.75
-9
- Real: all, positive, negative, fraction, decimal
- Rational: Ratios 7/1, -5/1, 523/100, 1/3, 3.75
- Integers: 0, 1, -1, 634, -624, -5, 5, -18, 18,
all whole, - negative, and + numbers- Whole: no decimal point, positive, 0, 1, 2, 3, 4, 5...
- Natural: 1, 2, 3, 4, 5....Whole Counting Numbers
- Irrational: unique decimal goes on forever:
√2 = 1.41421356237, Π or pi = 3.14159265....5
13
1/3
-2
.2
pi
-3
SCIENTIFIC NOTATION
10
SCIENTIFIC NOTATION
10
SCIENTIFIC NOTATION
10
10
SCIENTIFIC NOTATION
10
80
SCIENTIFIC NOTATION
10
100
SCIENTIFIC NOTATION
10
300
SCIENTIFIC NOTATION
10
700
SCIENTIFIC NOTATION
10
1,000
SCIENTIFIC NOTATION
10
5,000
SCIENTIFIC NOTATION
10
10,000
SCIENTIFIC NOTATION
10
50,000
SCIENTIFIC NOTATION
10
60,000
SCIENTIFIC NOTATION
10
100,000
SCIENTIFIC NOTATION
10
200,000
SCIENTIFIC NOTATION
-1
10
0.1
tenth
SCIENTIFIC NOTATION
-1
10
0.2
tenths
SCIENTIFIC NOTATION
-1
10
0.9
tenths
SCIENTIFIC NOTATION
-1
10
0.6
tenths
SCIENTIFIC NOTATION
-2
10
0.01
hundredths
SCIENTIFIC NOTATION
-2
10
0.02
hundredths
SCIENTIFIC NOTATION
-2
10
0.05
hundredths
SCIENTIFIC NOTATION
-2
10
.03
hundredths
SCIENTIFIC NOTATION
-3
10
0.001
thousandths
SCIENTIFIC NOTATION
-3
10
0.002
thousandths
SCIENTIFIC NOTATION DRAG
-3
10
.004
thousandths
Parents
Parentheses
Parentheses
Parentheses
k + h
Parentheses
2,000
200
Parentheses
2,000
200
hecto
kilo
Parentheses
2,000
200
Parentheses
2,000
200
2,200
100
Bravo!
Math Language Fluent
10
1000