Want to create interactive content? Itβs easy in Genially!
25/26 EHE (H) - Terminating/Recurring decimals
thomas.payne
Created on September 29, 2021
Start designing with a free template
Discover more than 1500 professional designs like these:
Transcript
Terminating/Recurring Decimals
y dπ₯
b2-4ac
A = lw
AS
Wayground - 8Qs4 - H
Pin: 6539 9522
Challenge
joinmyquiz.com
y dπ₯
1. Factorise x2 -2x - 35 2. Write down the formula for the surface area of a cylinder. 3. Simplify (3h2)3 4. Complete the tree diagram knowing that eating salad and drinking coffee are independent events.
b2-4ac
A = lw
AS
Recurring Decimals
y dπ₯
Recurring decimals, are decimals wherein a figure or group of figures is repeated indefinitely. They are not irrational, as they can be written as fractions (irrational numbers cannot be written as fractions). You should already know these two examples: e.g. 0.333333 = 0.3 = 1/3 0.666666 = 0.6 = 2/3
b2-4ac
A = lw
AS
But how do you go from the decimal to the fraction?
convert recurring decimal to fraction
y dπ₯
0.8
0.72
b2-4ac
A = lw
AS
convert recurring decimal to fraction
y dπ₯
0.216
0.4567
b2-4ac
A = lw
AS
convert recurring decimal to fraction
y dπ₯
A bit different
Greater than 1
3.941
0.53
b2-4ac
A = lw
AS
convert recurring decimal to fraction
y dπ₯
0.786
2.065
b2-4ac
A = lw
AS
Recurring decimals - convert to fractions
y dπ₯
b2-4ac
A = lw
AS
Recurring decimals - challenge
y dπ₯
Work out the expression and give the answer as a fraction 3.17 + 0.62
b2-4ac
A = lw
AS
past paper Questions
y dπ₯
b2-4ac
A = lw
AS
Terminating/Recurring Decimals
y dπ₯
Century Tasks
b2-4ac
Recurring Decimals 1: 1β2 Digits [MH51.04]
01
A = lw
Recurring Decimals 2: 2β4 Digits [MH51.05]
02
Head to 'my courses'
Click on this one
Then search for the nugget.
Recurring Decimals 4: Special Cases [MH51.07]
03
AS
Recurring Decimals 5: Calculations [MH51.08]
04
https://drive.google.com/file/d/1cw-5LkBKjywGEAnNUU7bDLDsUHd4x1ia/view?usp=sharing
y dπ₯
b2-4ac
A = lw
AS
y dπ₯
b2-4ac
A = lw
AS
https://drive.google.com/file/d/1cw-5LkBKjywGEAnNUU7bDLDsUHd4x1ia/view?usp=sharing
y dπ₯
b2-4ac
A = lw
AS
https://drive.google.com/file/d/1cw-5LkBKjywGEAnNUU7bDLDsUHd4x1ia/view?usp=sharing
A Level
Higher
Foundation
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
A Level
Higher
Foundation
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
A Level
Higher
Foundation
A Level
Higher
Foundation
Calculate the area of triangle BCD
A Level
Higher
Foundation
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
A Level
Higher
Foundation
A Level
Higher
Foundation
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
A Level
Higher
Foundation
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
A Level
Higher
Foundation
<iframe src="insert web address here" width="100%" height="600" style="border:none;" allowfullscreen> </iframe>
A Level
Higher
Foundation
A Level
Higher
Foundation
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
A Level
Higher
Foundation
A Level
Higher
Foundation
A Level
Higher
Foundation