Functional Skills: Capacity

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Functional Skills: Capacity Revision

Capacity

The capacity of a container is the amount of something it can hold.

The difference between capacity and volume is that the capacity of a container is the maximum amount of something it can hold and the volume is just the amount of something in a container. For instance, a beaker with capacity of 750 ml may have some water in it, which has a volume of 400 ml.

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Units of Capacity

The most used units for capacity and volume are millilitres (ml) and litres (L).

To change between ml and L, you multiply or divide by 1000.

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Comparing Capacities or Volumes

Questions may ask you to compare capacities or volumes in a real world context.

Example: Wyatt wants to buy a paddling pool for his back garden, he wants to fill it up with \boldsymbol{2500} litres of water.

In a shop there are three different paddling pools available to buy:

Paddling pool A has a capacity of \boldsymbol{3000} litres

Paddling pool B has a capacity of \boldsymbol{5000} litres

Paddling pool C has a capacity of \boldsymbol{2000} litres

Which paddling pool would be the most appropriate for Wyatt to buy?

 

The capacity of paddling pool B is too large, so would be impractical to use.

The capacity of paddling pool C is too small, so all the water wouldn’t fit in the pool.

Paddling pool A appears to be the most appropriate one to buy, as it holds just enough for amount of water Wyatt is going to use.

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Note:

Sometimes capacity is measured in pints (pt) or gallons (gal).

An example of this is the capacity of milk is usually measured in pints in shops.

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Example 1: Capacity and Volume Calculations 

Leo has two containers, A and B, which both have a capacity of 1.5 L.

Container A is full of water and container B has 200 ml of water in it.

Leo pours half of the water from container A into container B.

Work out the volume in container B, after Leo has poured the water from container A into it, giving your answer in litres.

[2 marks]

First we need to convert the amount of water in container B into litres:

200 ml =0.2 litres

Then calculate what half of 1.5 litres is (volume of water in container A):

1.5\div2=0.75 litres

Finally, calculate the volume in container B:

0.2+0.75=0.95 litres

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Example 2: Capacity and Volume Calculations 

In a small pet shop, there are 5 fish tanks.

2 tanks contain \boldsymbol{150} litres of water and 3 tanks contain \boldsymbol{120} litres.

Calculate the total amount of water in the fish tanks.

[2 marks]

2\times150=300 litres

3\times120=360 litres

Then, add them up to find the total amount of water:

300+360=660 litres

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Functional Skills: Capacity Example Questions

4.8\times1000=4800 ml

100 goes into 750 7 times, with 50 remaining. This means Ewan can fill 7 wine glasses.

First, convert 760 ml into litres, 760 ml =0.76 litres

Then, subtract this from the original capacity:

 

2-0.76=1.24 litres of space remaining

Container 1 only has a capacity of 1 litre so would be too small for Victoria to make her milkshake in.

 

Container 3 has a capacity of 5 litres, so would probably be impractical to use, especially given the capacity of container 2.

 

Container 2 has a capacity of 2 litres, so seems the most appropriate container to use, given she is going to use 1.5 litres of milk.

First convert the amount of punch into millilitres:

 

8 litres =8000 ml

 

Then divide this value by the capacity of the plastic cups:

 

8000\div400=20 cups full

Additional Resources

PFS

Exam Tips Cheat Sheet

FS Level 2
PFS

Formula Booklet

FS Level 2

Functional Skills: Capacity Worksheet and Example Questions

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Capacity EL3

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Capacity L1

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