Level 3
A rectangular fish tank measures 35 cm long, 24 cm wide and 50 cm high. It contains 25 litres of water. How many more litres of water are needed to fill the fish tank completely?
2 m
Level 2
A rectangular container measuring 40 cm by 20 cm by 30 cm is 35 filled with water at first . 12 of the water is poured out of the container. Find the volume of water left in the container.
2 m
Level 2
A rectangular tank measuring 20 cm by 10 cm by 12 cm contained 1.2 ℓ of water at first. Some water was poured out from the tank until 13 full. How much water was poured out of the tank? Give your answer in mℓ.
2 m
Level 2
A rectangular container measuring 30 cm by 40 cm by 18 cm is 23 filled with water. How much more water is needed to fill the container to its brim? Leave your answer in ℓ.
2 m
Level 2
A cubical container is filled with water to a height of 16 cm as shown. How much more water is needed to fill the container to the brim? Express your answer in litres.
2 m
Level 2
A minute ago, a fish tank with a base area of 400 cm2 contained water to a depth of 9 cm. I poured in another 560 cm3 of water into the tank. What is the height of the water in the tank now?
2 m
Level 3
The height of the water in a tank which contains 8820 cm3 of water is 18 cm.
  1. Find the base area of the tank.
  2. A piece of brick is gently lowered into this tank and the water level rises by 1.3 cm. What is the volume of the brick?
2 m
Level 2
A cylindrical container is filled with 68.02 ℓ of water. It was then poured into an empty rectangular fish tank measuring 80 cm by 0.5 m by 28 cm until it is 47 full. How much water is left in the cylindrical container? Leave your answer in ℓ and mℓ.
2 m
Level 2
A rectangular container measuring 20 cm by 40 cm by 15 cm is 25 filled with water. Tom wants to fill up the container completely with some bottles of water. How many bottles of water are needed if the capacity of each bottle is 900 mℓ?
2 m
Level 2
The tank, measuring 21 cm by 20 cm by 40 cm, is 34 filled with water at first. All the water is poured into empty identical bottles to the brim. Each bottle has a capacity of 700 mℓ.
  1. How much water was there in the tank at first? Give your answer in millilitres.
  2. How many such bottles are completely filled with water?
2 m
Level 2
The table shows the charge for water services provided by the utilities board.
Ivory's family paid $76 for water usage in the month of October. What is the most amount of water that they could have used in October?
2 m
Level 3
A pool was 60% full with water. When 40% of the water was drained, 72 ℓ of water remained in the pool. How much water can the pool hold?
3 m
Level 3
In the figure, a fish tank measuring 52 cm by 25 cm by 48 cm contained 2720 mℓ of water. Serene then turned on a tap that flows at a rate of 4.32 ℓ per minute. How long does it take for the tank to be 23 filled with water? Express your answer in min.
3 m
Level 3
A rectangular tank measuring 50 cm by 25 cm by 19 cm was 12 filled with water. There was a leak at the bottom of the tank and water seeped out at the rate of 5 m? per second. How many minutes would it take to empty the tank completely? Leave your answer correct to 1 decimal place.
3 m
Level 3
An empty tank measures 50 cm by 20 cm by 35 cm. Water flows into the tank from Tap A at a rate of 25 ℓ per minute. At the same time, water drains from the tank from Tap B at a rate of 18 ℓ per minute. How long would it take to completely fill the tank?
3 m
Level 3
A tank measuring 30 cm by 24 cm by 20 cm was being filled by two taps. Tap X delivered water at a rate of 140 cm3 per minute while Tap Y delivered water at a rate of 100 cm3 per minute. How long did the 2 taps take to fill the tank completely? Express your answer in min.
3 m
Level 3
At first, Beaker A and Beaker B contained 0.6 ℓ and 1.6 ℓ of water respectively. Some water from Beaker B was poured into Beaker A with no water spilling over. In the end, there was as much water in Beaker A as in Beaker B. How much water was poured from Beaker B to Beaker A?
3 m
Level 3
A pitcher can hold 5 ℓ of water.
A tank can hold water from 2 pitchers of water.
A container can hold water from 3 tanks of water.
  1. Find the ratio of the volume of water that a pitcher, a tank and a container can hold.
  2. Find the percentage of water that a pitcher can hold as compared to a tank.
  3. Find the volume of 2 tanks.
  4. Find the volume of 3 containers.
4 m
Level 3
The figure shown is a staircase made up of 1-cm cubes. What is the volume of the total number of cubes up to Step 20?
3 m
Level 2
The length of cube A is 3 times the length of cube B. Find the ratio of the volume of cube A to cube B.
2 m