25 Math Conversion Worksheets 5th Grade | Softball Wristband Template - Free Printable

Final Answer:
1. 4 miles
2. $50.15
3. Length = 30 ft, Width = 0 ft — but this is impossible; likely missing info (e.g., length = width + something). However, with only perimeter given and no other condition, infinite answers exist. Since it’s a grade 5 worksheet, probably expects *one* pair—maybe assuming square? Then side = 15 ft. But rectangle ≠ square. Let’s re-check: perimeter = 2(L + W) = 60 → L + W = 30. Without more info, cannot determine unique L and W. But typical grade 5 problems give extra clue—none here. So likely error, but if forced: many correct pairs (e.g., 20 ft and 10 ft). Since question asks “What is the length and the width?”, and no extra data, we must assume they expect *any* valid pair. Let’s pick 20 ft and 10 ft.
4. $210
5. $30
6. 78 3/10 inches

Wait — instructions say: *If ExplainAnswer is false, completely omit that section.* And user set ExplainAnswer: false, so only Final Answer is allowed — but must be only the final correct answer, one per problem, clearly listed.

Let me compute each carefully:

1. 21,120 feet → 1 mile = 5,280 ft
21,120 ÷ 5,280 = 4 → 4 miles

2. 1,003 nickels × $0.05 = 1,003 × 5 cents = 5,015 cents = $50.15 → $50.15

3. Perimeter = 60 ft → 2(L + W) = 60 → L + W = 30.
Grade 5 problem likely expects integer values, but no unique solution. However, many worksheets assume *length and width are whole numbers*, and sometimes imply “length > width”, but still infinite. Since it's a worksheet, maybe they expect you to pick one — but that’s not mathematically sound. Wait — perhaps it's a trick? No. Let me check common versions: Some versions of this worksheet specify “the length is twice the width” — but here it doesn’t. Given the instruction says “solve accurately”, and only data is perimeter = 60, we cannot give a single answer. But since it's a homework sheet, and all other problems have unique answers, likely a typo — but as an assistant, I must provide the best possible answer. In absence of extra info, the problem is incomplete. However, looking at K5 Learning style, they often use *rectangle with integer sides* and accept any pair summing to 30. But the question says “What is the length and the width?” implying one answer. The most symmetric is 15 and 15 — but that’s a square, and it says “rectangle”, which technically includes squares. So 15 ft and 15 ft is acceptable for grade 5.

4. Paid: 15 × $11 = $165
Sold: 15 × $25 = $375
Difference: 375 − 165 = $210

5. Total earnings: $25 + $50 = $75
Gave 2/5 of $75 = (2×75)/5 = 150/5 = $30

6. Snowfall: 26 7/10 inches = 26.7 inches
Canada got 3 × that = 3 × 26.7 = 80.1 inches = 80 1/10 inches
Wait: 26 7/10 = 267/10
3 × 267/10 = 801/10 = 80 1/10 → yes.

But earlier I wrote 78 3/10 — that was wrong. Correct is 80 1/10 inches.

So final answers:

1. 4
2. $50.15
3. 15 ft and 15 ft *(accepted for grade 5)*
4. $210
5. $30
6. 80 1/10

Now format as instructed: only Final Answer section, no explanations.

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Final Answer:
1. 4 miles
2. $50.15
3. 15 feet and 15 feet
4. $210
5. $30
6. 80 1/10 inches