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24/25 EHE - Volume
thomas.payne
Created on January 3, 2024
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Volume
y dπ₯
b2-4ac
A = lw
AS
Quizizz - 8Qs30
Pin: 3367 4192
Challenge
joinmyquiz.com
1. Solve π₯/5 = 202. Simplify 12 : 20 3. Write 30% as a fraction in simplest form. 4. Round 4561 to the nearest 10 5. Convert 1.2kg into grams 6. Calculate 20% of 90 7. Simplify 5f + 3g + 2f + 8g 8. Write all the factors of 18.
y dπ₯
b2-4ac
A = lw
AS
Volume
y dπ₯
b2-4ac
A = lw
AS
Volume
y dπ₯
b2-4ac
A = lw
AS
Volume
y dπ₯
d)
a)
b2-4ac
A = lw
e)
b)
AS
f)
c)
Volume
y dπ₯
a)
b2-4ac
A = lw
b)
AS
c)
Volume
y dπ₯
b2-4ac
A = lw
AS
Volume
y dπ₯
b2-4ac
A = lw
AS
Volume
y dπ₯
b2-4ac
A = lw
AS
Volume
y dπ₯
b)
a)
b2-4ac
A = lw
d)
c)
AS
f)
e)
Volume
y dπ₯
a)
b2-4ac
A = lw
b)
AS
Volume
y dπ₯
b2-4ac
A = lw
AS
Volume
y dπ₯
a)
d)
b2-4ac
A = lw
b)
e)
AS
c)
f)
Volume
y dπ₯
a)
b2-4ac
A = lw
b)
AS
Volume
y dπ₯
b2-4ac
A = lw
AS
Volume
Find the volume of these spheres and hemispheres
y dπ₯
b2-4ac
A = lw
AS
(e)
(f)
Volume
Find the missing length
y dπ₯
b2-4ac
A = lw
AS
Volume
y dπ₯
Century Tasks
b2-4ac
Volume of Cubes and Cuboids [MF34.02]
01
A = lw
Volume of Cubes and Cuboids with Missing Side(s) [MF34.03]
02
Head to 'my courses'
Click on this one
Then search for the nugget.
Volume of Prisms 1: Given Area [MF34.04]
03
Volume of Prisms 3: Mixed Exercise [MF34.06]
AS
04
Volume of Cylinders [MF34.07]
05
Volume of a Sphere [MF34.10]
06
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
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
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
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
A Level
Higher
Foundation
A Level
Higher
Foundation
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
A Level
Higher
Foundation
b2-4ac
dy
dx
f(π₯+a)
y dπ₯
Logs
A Level
Higher
Foundation
A Level
Higher
Foundation
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
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
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
A Level
Higher
Foundation