261 P5.VO.JM.17083160
Level 3
A rectangular tank measuring 50 cm by 60 cm by 40 cm was completely filled with water. If the water was used to fill some cubical containers of edge 20 cm, how many cubical containers would be fully filled?
3 m
Volume of cuboid Volume of cube Volume transfer
262 P4.DE.JC.17100401
Level 3
Tank A holds 3 ℓ 485 mℓ of water. Tank B holds twice as much water as Tank A. Find the total amount of water in the 2 tanks. (Give the answer in litres and millilitres.)
3 m
D Multiplication Volume Unit conversion Model Times-as-many Units method
263 P5.VO.NK.23041204
Level 3
Cubical Tank P has a length of 36 cm and is 79 filled with water. Some of the water is poured into an empty rectangular fish tank measuring 50 cm long, 18 cm wide and 26 cm high until it is completely full.
  1. What is the volume of water in Tank P at first? Give your answer in cm3
  2. What is the volume of water left in Tank P? Give your answer in litres.
3 m
Volume of cuboid Volume of cube Volume transfer Unit conversion
264 P5.VO.JM.17083162
Level 3
A rectangular tank measuring 50 cm by 36 cm by 27 cm was 34 filled with water. The water was used to fill up some bottles of capacity 2 ℓ each. How many bottles were filled completely?
3 m
Volume of cuboid Volume transfer Unit conversion Fraction of a whole
265 P2.FR.JM.17121934
Level 3
13 of the container is filled by 7 bottles of apple juice.
  1. What fraction of the container is not filled?
  2. How many more similar bottles of apple juice are needed to fill the container completely?
4 m
Fraction of a whole Volume of cuboid Units method
266 P5.VO.NK.23022704
Level 3
A rectangular tank, measuring 30 cm by 25 cm by 40 cm, was filled with water. Ben poured all the water into 1.5 ℓ bottles. After filling 4 bottles, how many more bottles could Ben fill?
3 m
Volume of cuboid Volume transfer Min-max Unit conversion
267 P5.VO.NK.23041208
Level 3
A container measuring 25 cm by 16 cm by 48 cm was 13 filled with water at first. James poured some water into the container. In the end, the height of the water level in the container was 20 cm as shown.
  1. How much water did James pour into container? Give your answer in mℓ.
  2. James then poured all the water in the container into several identical jugs. Given that each jug can hold at least 1.25 ℓ of water, what is the least number of jugs he would need?
3 m
Volume of cuboid Volume transfer Min-max Unit conversion Fraction of a whole
268 P5.VO.NK.23012645
Level 3
A rectangular tank, measuring 20 cm by 12 cm by 15 cm, was completely filled with water. All the water was poured into identical cubical containers of side 8 cm. What was the least number of containers used?
3 m
Volume of cuboid Volume of cube Volume transfer W Remainder Min-max
269 P5.VO.JM.17083171
Level 3
The figure is not drawn to scale. A tank has a square base area of 81 m2. It was filled with water to a height of 2 m. Freda added 18 pails of water and the height of the water level rose to 13 m. Find the volume of each pail. Give your answer in m3.
3 m
Volume Base area x height Height of cuboid Volume transfer
270 P5.RA.JC.17083253
Level 3
Container A and Container B had some liquid in the ratio 7 : 5. After 48 litres of liquid was transferred from A to B, the amount of liquid in Container B became 3 times as much as in Container A. How much liquid were there in the two tanks in all?
4 m
Ratio to units Volume Times as many Internal transfer Unchanged total Units table
271 P4.FR.JM.17103167
Level 2
Hazel poured 910 ℓ of water into a cup. She drank some of it and 35 ℓ used to water her plants. 15 ℓ of water was then left in the cup. How much water did Hazel drink?
3 m
F Addition & subtraction Fractions with units Volume Model Part-whole
272 P4.FR.JM.17103169
Level 2
Mrs Nora bought a 5-litre bottle of oil. She used 13 ℓ of the oil in March and 12 ℓ in April. How much oil had she left?
3 m
F Addition & subtraction Fractions with units Volume Model Part-whole
273 P5.PA.JM.17083156
Level 3
The figure is a structure made up of 2 cm cubes. What is the volume of the total number of cubes up to the 10th step?
4 m
Sum of odd consecutive Volume of cube
274 P4.FR.JM.17103163
Level 2
There was 13 ℓ of water in a pitcher. When Ben poured 16 ℓ of water into the pitcher, 112 ℓ of the water overflowed. What was the capacity of the pitcher?
3 m
F Addition & subtraction Fractions with units Volume Model Part-whole
275 P2.WN.ED.18011873
Level 2
A tank contains 32 ℓ of water. Alvin wants to pour the water into some pails. Each pail contains 4 ℓ of water. How many pails does Alvin need?
2 m
W Multiplication & division Volume Model Part-whole
276 P2.WN.ED.18011874
Level 2
Jen bought 5 bottles of juice. Each bottle contains 7 ℓ of juice. How many ℓ of juice did she buy altogether?
2 m
W Multiplication & division Volume Model Part-whole
277 P2.WN.ED.18011875
Level 2
A pitcher contains 4 ℓ of water. 5 such pitchers can fill up a water jug. How many ℓ of water can a water jug hold?
2 m
W Multiplication & division Volume Model Part-whole
278 P2.WN.ED.18011876
Level 2
A pitcher of juice can fill up 8 glasses. There are 48 empty glasses on the table. How many pitchers of juice are needed?
2 m
W Multiplication & division Volume Model Part-whole
279 P6.VO.NK.17080912
Level 3
310 of the tank is filled with water. Another 210 litres of water are needed to fill the tank to its brim.
  1. What is the volume of the tank?
  2. The Height of the tank is 60 cm and its length is 100 cm. Find the perimeter of its base.
4 m
Volume of cuboid Fraction of a whole Unit conversion Units method
280 P3.WN.JC.17121014
Level 2
There are 2656 mℓ of water in a pail and 985 mℓ less water in a basin. How many millilitres of water are there altogether in the two containers?
2 m
W Addition & subtraction Volume Model Part-whole

5 per page

10 per page

20 per page

Symbols

x2
x3
₵
$
⊥
//
∠
°
π
%
:
\[ \]
STUDENT
Navigations
Contact Us
Members
Links