Data and charts · Ages 7–8

Block charts worksheet

Part of: Pictograms and block charts

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Data and charts · Ages 7–8

Numsprite
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Name:Date:Score:／48

Write each answer in the space. For word problems, show your working and write a sentence answer.

13.Ka-lok draws a block chart of his toys, one square per toy. How many toys does Ka-lok have in all?
Working:
Answer:
14.The block chart shows Tsz-ching's toys, one square per toy. Tsz-ching puts every 🎈 and every ⚽ into one box. How many toys are in the box?
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Answer:
15.May's toys are shown in the block chart (one square per toy). How many more 🚌 must May buy to have as many as ⚽?
Working:
Answer:
16.The block chart shows Ka-lok's toys, one square per toy. Ka-lok puts every 🎈 and every 🐻 into one box. How many toys are in the box?
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Answer:
17.May draws a block chart of her toys, one square per toy. How many toys does May have in all?
Working:
Answer:
18.Ka-lok's toys are shown in the block chart (one square per toy). How many more ⚽ must Ka-lok buy to have as many as 🚌?
Working:
Answer:

Show the answers and working

Block charts worksheet: Answers and working

1. 7 toys
Find the ⚽ stack and count its squares from the bottom up.
Count the squares in the ⚽ stack: 7.
2. 1 toy
Find the 🚌 stack and count its squares from the bottom up.
Count the squares in the 🚌 stack: 1.
3. 8 toys
Compare the 🚌 and 🐻 stacks side by side and count how many squares taller 🚌 is.
🚌 stands 8 squares taller than 🐻: 10 − 2 = 8.
4. 5 toys
Compare the 🎈 and 🚌 stacks side by side and count how many squares taller 🎈 is.
🎈 stands 5 squares taller than 🚌: 8 − 3 = 5.
5. 1 toy
Compare the 🐻 and 🎈 stacks side by side and count how many squares taller 🐻 is.
🐻 stands 1 squares taller than 🎈: 5 − 4 = 1.

6. D. 🐻
Each square is 1 toy, so the tallest stack is the most.
The tallest stack is the most: 🐻 has 5 squares, so 5 toys, the most.
7. D
Check every stack of each graph: 🚌 needs 3 squares, 🚗 3 and ⚽ 9.
Each stack must match the data: 3, 3, 9.
8. A. 🐻
Each square is 1 toy, so the shortest stack is the fewest.
The shortest stack is the fewest: 🐻, 5 squares.
9. C
Check every stack of each graph: 🐻 needs 3 squares, 🎈 4 and 🚌 9.
Each stack must match the data: 3, 4, 9.
10. True
Count the squares in the 🚌 and 🎈 stacks, add them, and compare with 9.
🚌 7 squares and 🎈 2: 9 altogether.
11. True
Count the squares in the 🎈 and 🚗 stacks, add them, and compare with 9.
🎈 5 squares and 🚗 4: 9 altogether.
12. False
Count the squares in the ⚽ and 🎈 stacks, add them, and compare with 7.
⚽ 4 squares and 🎈 2: 6 altogether.

Marking: 2 for the working, 1 for the answer, 1 for the sentence.

13. 15 toys
Count the squares in each stack, then add the four stacks together.
7 + 3 + 4 + 1 = 15.
14. 12 toys
Count only the 🎈 and ⚽ stacks, then add them.
🎈 has 2 squares and ⚽ has 10: 2 + 10 = 12.
15. 1 toy
Compare the 🚌 and ⚽ stacks side by side: how many squares taller is ⚽?
⚽ stands 1 squares taller than 🚌: buy 1.
16. 19 toys
Count only the 🎈 and 🐻 stacks, then add them.
🎈 has 10 squares and 🐻 has 9: 10 + 9 = 19.
17. 17 toys
Count the squares in each stack, then add the four stacks together.
8 + 1 + 4 + 4 = 17.
18. 6 toys
Compare the ⚽ and 🚌 stacks side by side: how many squares taller is 🚌?
🚌 stands 6 squares taller than ⚽: buy 6.

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