361 P4.FR.JC.17100340
Level 2
37 of a tank is filled with petrol. There is space in the tank for another 24 ℓ of petrol. What is the capacity of the tank? Give the answer in ℓ.
4 m
Fraction to units Volume Unit conversion Units method
362 P5.VO.JM.17083187
Level 3
A rectangular tank measuring 25 cm by 20 cm by 16 cm is half filled with water. If 3 identical cubes each measuring 10 cm by 10 cm by 10 cm are placed inside the water, find the new height of the water level.
5 m
Volume of cuboid Height of cuboid Displacement Fraction of a whole
363 P5.VO.JM.17083192
Level 3
Figure A shows a rectangular container filled with some water and 8 identical blocks. The base area of the rectangular container is 448 cm2. Figure B shows the same container being turned upright. Find the volume of water in the container.
5 m
Volume of cuboid Base area x height Displacement Fraction of a whole Units method
364 P4.FR.NK.22120614
Level 3
Mr Tan's car was left with 14 fuel. He added 28 ℓ of fuel to his car, it became 512 full. How much more fuel was needed to fill up Mr Tan's car?
4 m
F Addition & subtraction Fraction to units Volume Units method
365 P5.VO.JM.17083194
Level 3
Becky filled a rectangular container which had a base area of 40 cm2 and a height of 25.2 cm with water. Then, she placed 8 identical metal cubes into this container. As a result, the height of the water in the rectangular container increased by 1.6 cm.
  1. What was the length of each side of the metal cube?
  2. After Becky removed the metal cubes from the container, she poured all the water from the container to fill bottles of 0.35 ℓ. What was the maximum number of bottles she could fill?
5 m
Volume of cube Base area x height Cube & cube root Filling tank Displacement Min-max
366 P5.VO.JM.17083164
Level 3
A rectangular tank measuring 60 cm by 50 cm by 40 cm was filled with water to a height of 28 cm at first. After 8 completely filled identical jugs of water were poured into the tank, the new water level in the tank became 32 cm.
  1. Find the volume of water in each jug in cubic centimetres.
  2. How much more water would be needed to fill the tank completely? (Give your answer in litres.)
5 m
Volume of cuboid Height of cuboid Filling tank Unit conversion More than or less than
367 P5.VO.JM.17083197
Level 3
Container A, measuring 25 cm by 12 cm by 21 cm, is filled with water to the brim. Container B is an empty rectangular container with a square base of edge 20 cm. After some water from Container A is poured into Container B, the height of water in the two containers is the same. Find the height of the water.
5 m
Volume of cuboid Height of cuboid Volume common height Equal stage
368 P5.VO.JM.17083198
Level 3
Tank A is half-filled with water while Tank B is empty. Abby poured water from Tank A into Tank B without spilling until the water level in both tanks were the same. What is the volume of the water in Tank B now?
5 m
Volume of cuboid Height of cuboid Filling tank Volume common height Fraction of a whole
369 P4.FR.JC.17100337
Level 3
A bottle is 16 full when it is filled with 12 ℓ of water. How much water is there in the bottle when it is full?
4 m
Fractions to units Volume Units method
370 P2.WN.JC.18121572
Level 2
Beaker A had 3 ℓ of water at first. Andy poured some water from beaker B to A until beaker A is filled with 5 ℓ of water. There were 4 ℓ of water left in beaker B. How many litres of water were there in beaker B at first?
3 m
W Addition & subtraction Volume Model Part-whole
371 P2.WN.JC.18121522
Level 3
Vinz bought 60 ℓ of paint. He used 30 ℓ to paint the bedroom and 15 ℓ to paint the kitchen. How many litres of paint had he left?
3 m
W Addition & subtraction Volume Model Part-whole
372 P4.FR.JC.17100408
Level 3
The capacity of a tank is 5 ℓ 50 mℓ. The capacity of a mug is 110 of the capacity of the tank. The difference in capacity between the 2 containers is        . Express your answer in mℓ.
4 m
Fraction to units W Multiplication & division Volume Unit conversion Units method
373 P6.SP.JC.17053053
Level 3
The figure, not drawn to scale, shows an empty tank measuring 20 cm by 15 cm by 15 cm. Water flows from Tap A at a rate of 300 mℓ per minute and from Tap B at a rate of 180 mℓ per minute. Tower X and Tower Y have a base area of 20 cm2 and 30 cm2 respectively. Water is drained out of the container at a rate of 130 mℓ per minute. Find the height of the water level after 13 minutes.
5 m
Rate 1 object Unit conversion Volume Volume of cuboid Height of cuboid Filling tank Volume common base area Volume common height
374 P6.SP.JC.17081502
Level 3
A rectangular tank measuring 120 cm by 50 cm by 100 cm is 50% filled with water. 10 identical pails of water that are completely filled are then scooped out from it. The water level drops to 45 cm. The remaining amount of water in the tank is later poured into a container that contains 40 litres of water. The water is then drained out through a tap found at the bottom of the container at 10 litres per minute.
  1. What is the capacity of each pail?
  2. How long did it take to drain the water from the container completely? Answer in terms of minutes.
5 m
Rate 1 object Unit conversion Volume Volume of cuboid Height of cuboid Filling tank Volume transfer Percent of a whole Units method
375 P6.SP.JC.21061119
Level 3 PSLE
The figure shows taps A and B and an empty tank. At 2 p.m., tap A was turned on. Water flowed into the tank from tap A at a rate of 3.8 litres per minute. After 5 minutes, tap B was turned on. At 2.15 p.m., the tank was half filled with water.
  1. How many litres of water flowed out of tap B in 1 minute?
  2. At 2.30 p.m., what fraction of the tank was filled with water?
5 m
Rate more than 1 object Duration am pm Volume of cuboid Filling tank Units method Fraction of a whole
376 P6.SP.JC.17053052
Level 3
Water flows into a tank through Tap A and flows out of the container through Tap B. The capacity of a tank is 40 litres. When only Tap A is turned on, the container is completely filled in 16 minutes. When only Tap B is turned on, it takes 13 hour for all the water to flow out. If both taps are turned on at the same time,
  1. How long does it take to fill 40% of the tank?
  2. How much water has flowed out through Tap B by the time the tank is 35 filled with water?
5 m
Rate more than 1 object Common time Volume Volume of cuboid Filling tank Fraction of a whole Percent of a whole Units method
377 P6.SP.JC.17081501
Level 3
To fill a tank measuring 50 cm by 20 cm by 40 cm completely, it takes Tap A 4 minutes while it takes Tap B only 12 minutes. How long will it take to completely fill the container with water if both the taps are turned on at the same time and 8 cubic containers of edges 10 cm, filled to the brim with water are poured into the tank?
5 m
Rate more than 1 object Common time Volume Volume of cuboid Volume of cube Filling tank D Place values D Round off
378 P6.SP.JC.17053187
Level 3
The figure shows 2 tanks, Tank X and Tank Y. Tank X is completely empty while Tank Y is filled with water to the brim. Water from Tap A flows in at a rate of 1.2 litres per minute while water drains from Tap B at a rate of 0.72 litres per minute. Both taps are turned on at the same time. After some time, the heights of the water level in both tanks became the same.
  1. Find the time taken for the heights of the water level to be the same in both tanks.
  2. Find the height of the water level at that point of time.
5 m
Rate more than 1 object Common time Unit conversion Volume Height of cuboid Filling tank Volume common height
379 P3.WN.PR.17102434
Level 2
A pitcher can hold 2 litres of water. A bucket can hold 45 litres of water. At least how many pitchers of water are needed to fill the bucket completely?
2 m
W 4 operations Remainder min-max Volume
380 P3.WN.JM.17110693
Level 2
Jermaine had 169 litres of fruit punch. She poured all the fruit punch into 9-litre bottles. What was the smallest number of bottles she had used?
2 m
W 4 operations Remainder min-max Volume

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