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24/25 EHE - Unit conversions & exchange rates

thomas.payne

Created on October 11, 2023

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Unit conversions & exchange rates

y dπ‘₯

b2-4ac

A = lw

AS

https://drive.google.com/file/d/1cw-5LkBKjywGEAnNUU7bDLDsUHd4x1ia/view?usp=sharing

Quizizz - 8Qs13

Pin: 4870 0344

Challenge

joinmyquiz.com

1. 80 Γ· 5 2. 72 + 32 3. βˆ›1000 4. What is the largest square number under 100? 5. Expand βˆ’3 ( 2π‘₯ + 5 ) 6. Split Β£20 in the ratio 7 : 3 7. Estimate the size of the pencil. 8. Round 3.528 to 1 decimal place.

y dπ‘₯

b2-4ac

A = lw

AS

Unit Conversion

y dπ‘₯

b2-4ac

A = lw

AS

Practice Conversions

1) Convert 2m into cm 2) Convert 40km into m 3) Convert 300mm into cm 4) Convert 4kg into g 5) Convert 40g into kg 6) Convert 4L into ml 7) Convert 400ml into L

8) Convert 5000mm into m 9) Convert 250cm into m 10) Convert 3.5m into mm 11) Convert 600000mg into kg 12) Convert 0.75kg into mg 13) Convert 1200ml into L 14) Convert 0.008L into ml

y dπ‘₯

b2-4ac

A = lw

AS

unit Conversions

y dπ‘₯

Century Tasks

b2-4ac

Converting Metric Length (One Step) [MF36.04]

01

A = lw

Converting Metric Length (Multi-Step) [MF36.05]

02

Head to 'my courses'
Click on this one
Then search for the nugget.

Converting Metric Length: Worded Questions [MF36.06]

03

Converting Metric Mass (One Step) [MF36.07]

AS

04

Converting Metric Mass (Multi-Step) [MF36.08]

05

Converting Metric Mass: Worded Questions [MF36.09]

06

https://drive.google.com/file/d/1cw-5LkBKjywGEAnNUU7bDLDsUHd4x1ia/view?usp=sharing

Conversion Graphs

y dπ‘₯

You can use this graph to change between feet and metres. (a) Change 12 feet to metres. (b) Change 25 metres to feet.

b2-4ac

A = lw

AS

Conversion Graphs - worksheet

y dπ‘₯

b2-4ac

A = lw

AS

Exchange Rates

y dπ‘₯

b2-4ac

A = lw

AS

Exchange Rates

y dπ‘₯

b2-4ac

A = lw

AS

Exchange Rates

y dπ‘₯

b2-4ac

A = lw

AS

Correlation

y dπ‘₯

b2-4ac

A = lw

AS

Correlation

y dπ‘₯

A cafe manager plots a scatter graph showing the temperature at 9am and the number of hot drinks sold during the first hour on each of 10 days.

b2-4ac

A = lw

a) Draw a line of best fit on the scatter graph.

b) Estimate the number of hot drinks the cafe will sell when the temperature is 6Β°C.

AS

c) Comment on how suitable the graph is for estimating the number of hot drinks sold when the temperature in more than 17Β°C.You must give a reason for your answer.

Exchange rates

y dπ‘₯

Century Tasks

b2-4ac

Converting Currency 1 [MF37.10]

01

A = lw

Converting Currency 2: Double Conversions [MF37.11]

02

Head to 'my courses'
Click on this one
Then search for the nugget.

Converting Currency: Mixed Problems [MF37.12]

03

AS

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

y dπ‘₯

b2-4ac

A = lw

AS

https://drive.google.com/file/d/1cw-5LkBKjywGEAnNUU7bDLDsUHd4x1ia/view?usp=sharing

A Level

Higher

Foundation

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

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

b2-4ac

dy

dx

f(π‘₯+a)

y dπ‘₯

Logs

Challenge:

The perimeter of a rectangle is 22cm. The area of the same rectangle is 28cmΒ² What are the dimensions of the rectangle?

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

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

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

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

A Level

Higher

Foundation

b2-4ac

dy

dx

f(π‘₯+a)

y dπ‘₯

Logs