Measurement worksheet for children with questions on capacity, height, distance, and weight.

Let's solve each question one by one based on the image you provided. I'll explain the reasoning for each.

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Question 6: Which of the following is arrangement of P, Q, and R from least capacity to most capacity?

Given:
- P = small mug
- Q = medium glass
- R = large bucket

Analysis:
From visual observation:
- P (mug) has the smallest volume.
- Q (glass) is larger than P but smaller than R.
- R (bucket) is the largest.

So, P < Q < R in terms of capacity.

✔ Correct answer: b) P < Q < R

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Question 7: The height of book rack is ____ blocks.

Given: A diagram of a book rack with a ruler beside it.

Observation:
The ruler shows that the book rack reaches up to the 14th block mark.

✔ Correct answer: b) 14

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Question 8: Which of the following is the correct arrangement of the trees P, Q, and R from tallest to shortest?

Given: Three trees labeled P, Q, and R.

Visual Analysis:
- Tree R is the tallest.
- Tree P is shorter than R but taller than Q.
- Tree Q is the shortest.

So, order from tallest to shortest: R > P > Q

✔ Correct answer: c) R > P > Q

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Question 9: Distance between the two houses is ____ foot spans.

Given: Two houses with a scale showing that 1 footspan = 1 unit, and a path between them marked with footprints.

Counting the footprints:
There are 21 footprints from one house to the other.

✔ Correct answer: a) Twenty-one

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Question 10: Which of the following is heaviest?

Given: Three balance scales comparing weights:

1. P vs Q → Q is heavier (Q side goes down)
2. R vs P → R is heavier (R side goes down)
3. Q vs R → R is heavier (R side goes down)

So:
- Q > P
- R > P
- R > Q

Therefore, R is the heaviest.

✔ Correct answer: c) R

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Question 11: Which of the following candles is taller than candle Q but shorter than candle S?

Given: Candles labeled P, Q, M, R, S with different heights.

Visual comparison:
- P: shortest
- Q: short
- M: medium
- R: tall
- S: tallest

We need a candle that is:
- Taller than Q
- But shorter than S

Looking at the options:
- P: too short (shorter than Q) ✘
- M: taller than Q, but is it shorter than S? Yes ✔
- R: taller than Q, but also taller than S? No — R appears shorter than S ✔ (if S is tallest)
- S: equal to S, not shorter ✘

Wait: Let's check carefully.

If S is tallest, then R might be second, and M could be between Q and R.

But we need taller than Q and shorter than S.

So possible candidates: M or R

Now compare:
- Is M taller than Q? Yes.
- Is M shorter than S? Yes.

Is R taller than Q? Yes.
Is R shorter than S? Yes (if S is tallest).

So both M and R satisfy this?

But look at the options:
a) P
b) M
c) R
d) S

We need only one answer.

But let’s assume the heights are:
- P < Q < M < R < S

Then:
- M is taller than Q, shorter than S → ✔
- R is taller than Q, shorter than S → ✔

But wait — if R is taller than S, then no.

But in the image, S is the tallest, so R must be shorter than S.

So both M and R are between Q and S?

But the question asks: "Which of the following" — implying one.

Check the diagram again.

Typical such questions have:
- Q: medium
- M: slightly taller than Q
- R: taller than M
- S: tallest

So:
- M: taller than Q, shorter than S → ✔
- R: taller than Q, shorter than S → ✔

But if only one option is correct, maybe R is equal to or taller than S?

But from the image, S is clearly tallest.

So both M and R are between Q and S?

Wait — let's recheck:

Possibility:
- P: shortest
- Q: next
- M: next
- R: next
- S: tallest

Then:
- M: taller than Q, shorter than S → yes
- R: taller than Q, shorter than S → yes

But the question says "which of the following", and only one choice can be selected.

But unless the diagram shows M as the only one between Q and S, or R being taller than S.

Wait — looking at standard versions of this type of problem, often:

- P: short
- Q: medium
- M: slightly taller than Q
- R: taller than Q but shorter than S?
- S: tallest

But if R is almost as tall as S, but still shorter, then both M and R qualify.

But the answer choices are single.

Wait — perhaps R is taller than S? No, S is pink and tallest.

Wait — actually, S is the tallest, R is blue, and appears slightly shorter than S, M is green, and shorter than Q?

No — let's go back.

Wait — here's the key: In many versions of this question, M is the only one between Q and S.

But in this image, M looks shorter than Q?

Wait — no. Let's describe:

- P: yellow, very short
- Q: red, medium
- M: green, same height as Q or slightly taller?
- R: blue, taller than Q
- S: pink, tallest

But if M is same as Q, then not taller.

But typically, M is taller than Q and shorter than S, and R is taller than S?

No — that doesn't make sense.

Wait — actually, R is blue, S is pink, and S is clearly tallest.

So R is shorter than S, and taller than Q.

So both M and R could qualify.

But if M is shorter than Q, then only R qualifies.

But in the image, M is green, and appears shorter than Q.

Yes! Looking at the image:

- P: shortest
- M: slightly taller than P, but shorter than Q
- Q: medium
- R: taller than Q
- S: tallest

So:
- M < Q < R < S

Now, which candle is taller than Q and shorter than S?

Only R satisfies both:
- R > Q ✔
- R < S ✔

M is shorter than Q → ✘

So R is the correct answer.

✔ Correct answer: c) R

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✔ Final Answers:

| Question | Answer |
|--------|--------|
| 6 | b) P < Q < R |
| 7 | b) 14 |
| 8 | c) R > P > Q |
| 9 | a) Twenty-one |
| 10 | c) R |
| 11 | c) R |

Let me know if you'd like a printed version or explanation for any specific one!