Equivalent fractions worksheet with ten problems for students to complete.
A worksheet titled "Equivalent Fractions" with ten problems requiring students to fill in missing numerators or denominators to create equivalent fractions. The worksheet includes spaces for name, teacher, score, and date.
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Show Answer Key & Explanations
Step-by-step solution for: Fractions Worksheets | Printable Fractions Worksheets for Teachers
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Show Answer Key & Explanations
Step-by-step solution for: Fractions Worksheets | Printable Fractions Worksheets for Teachers
Let’s go through each problem one by one. We’re looking for equivalent fractions — that means the value of the fraction stays the same, even though the numbers change.
To find missing numbers in equivalent fractions, we look at how the numerator or denominator changed from the first fraction to the next, and apply the same change to the other part.
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Problem 1:
Start with 1/5
→ Next is 2/? → Multiply numerator by 2 → so multiply denominator by 2 → 5×2 = 10 → but wait, it says 2/15? That doesn’t match. Let me check again.
Wait — actually, looking at the full chain:
1/5 = 2/? = ?/15 = 4/? = ?/25 = 6/? = ?/35
We need to fill in the blanks so all are equal to 1/5.
So:
- 1/5 = 2/x → x = 10 (because 1×2=2, so 5×2=10)
- But the worksheet shows “2 / _” then “_ / 15” — let’s see what fits.
Actually, let’s solve each blank using the base fraction 1/5.
Blank after 2: 2/x = 1/5 → x = 10
Blank before 15: y/15 = 1/5 → y = 3
Blank after 4: 4/z = 1/5 → z = 20
Blank before 25: w/25 = 1/5 → w = 5
Blank after 6: 6/v = 1/5 → v = 30
Blank before 35: u/35 = 1/5 → u = 7
But the worksheet has:
1) 1/5 = 2/_ = _/15 = 4/_ = _/25 = 6/_ = _/35
So blanks are:
After 2: 10
Before 15: 3
After 4: 20
Before 25: 5
After 6: 30
Before 35: 7
✔ So filled: 1/5 = 2/10 = 3/15 = 4/20 = 5/25 = 6/30 = 7/35
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Problem 2:
Start with 3/7
Chain: 3/7 = _/14 = 9/_ = 12/_ = 15/_ = _/42 = 21/_
Find multipliers:
3/7 = x/14 → 7×2=14 → 3×2=6 → so 6/14
3/7 = 9/y → 3×3=9 → 7×3=21 → 9/21
3/7 = 12/z → 3×4=12 → 7×4=28 → 12/28
3/7 = 15/w → 3×5=15 → 7×5=35 → 15/35
3/7 = v/42 → 7×6=42 → 3×6=18 → 18/42
3/7 = 21/u → 3×7=21 → 7×7=49 → 21/49
✔ Filled: 3/7 = 6/14 = 9/21 = 12/28 = 15/35 = 18/42 = 21/49
---
Problem 3:
Start with 1/4
Chain: 1/4 = _/8 = _/12 = 4/_ = 5/_ = _/24 = 7/_
1/4 = x/8 → 4×2=8 → 1×2=2 → 2/8
1/4 = y/12 → 4×3=12 → 1×3=3 → 3/12
1/4 = 4/z → 1×4=4 → 4×4=16 → 4/16
1/4 = 5/w → 1×5=5 → 4×5=20 → 5/20
1/4 = v/24 → 4×6=24 → 1×6=6 → 6/24
1/4 = 7/u → 1×7=7 → 4×7=28 → 7/28
✔ Filled: 1/4 = 2/8 = 3/12 = 4/16 = 5/20 = 6/24 = 7/28
---
Problem 4:
Start with 1/2
Chain: 1/2 = _/4 = _/6 = _/8 = 5/_ = _/12 = _/14
1/2 = x/4 → 2×2=4 → 1×2=2 → 2/4
1/2 = y/6 → 2×3=6 → 1×3=3 → 3/6
1/2 = z/8 → 2×4=8 → 1×4=4 → 4/8
1/2 = 5/w → 1×5=5 → 2×5=10 → 5/10
1/2 = v/12 → 2×6=12 → 1×6=6 → 6/12
1/2 = u/14 → 2×7=14 → 1×7=7 → 7/14
✔ Filled: 1/2 = 2/4 = 3/6 = 4/8 = 5/10 = 6/12 = 7/14
---
Problem 5:
Start with 1/7
Chain: 1/7 = _/14 = _/21 = 4/_ = 5/_ = _/42 = 7/_
1/7 = x/14 → 7×2=14 → 1×2=2 → 2/14
1/7 = y/21 → 7×3=21 → 1×3=3 → 3/21
1/7 = 4/z → 1×4=4 → 7×4=28 → 4/28
1/7 = 5/w → 1×5=5 → 7×5=35 → 5/35
1/7 = v/42 → 7×6=42 → 1×6=6 → 6/42
1/7 = 7/u → 1×7=7 → 7×7=49 → 7/49
✔ Filled: 1/7 = 2/14 = 3/21 = 4/28 = 5/35 = 6/42 = 7/49
---
Problem 6:
Start with 1/1
Chain: 1/1 = 2/_ = _/3 = _/4 = _/5 = _/6 = 7/_
1/1 = 2/x → x=2
1/1 = y/3 → y=3
1/1 = z/4 → z=4
1/1 = w/5 → w=5
1/1 = v/6 → v=6
1/1 = 7/u → u=7
✔ Filled: 1/1 = 2/2 = 3/3 = 4/4 = 5/5 = 6/6 = 7/7
---
Problem 7:
Start with 1/2
Chain: 1/2 = 2/_ = _/6 = _/8 = 5/_ = 6/_ = 7/_
1/2 = 2/x → x=4
1/2 = y/6 → y=3
1/2 = z/8 → z=4
1/2 = 5/w → w=10
1/2 = 6/v → v=12
1/2 = 7/u → u=14
✔ Filled: 1/2 = 2/4 = 3/6 = 4/8 = 5/10 = 6/12 = 7/14
---
Problem 8:
Start with 3/8
Chain: 3/8 = _/16 = _/24 = _/32 = _/40 = 18/_ = 21/_
3/8 = x/16 → 8×2=16 → 3×2=6 → 6/16
3/8 = y/24 → 8×3=24 → 3×3=9 → 9/24
3/8 = z/32 → 8×4=32 → 3×4=12 → 12/32
3/8 = w/40 → 8×5=40 → 3×5=15 → 15/40
3/8 = 18/v → 3×6=18 → 8×6=48 → 18/48
3/8 = 21/u → 3×7=21 → 8×7=56 → 21/56
✔ Filled: 3/8 = 6/16 = 9/24 = 12/32 = 15/40 = 18/48 = 21/56
---
Problem 9:
Start with 1/3
Chain: 1/3 = _/6 = _/9 = _/12 = 5/_ = 6/_ = _/21
1/3 = x/6 → 3×2=6 → 1×2=2 → 2/6
1/3 = y/9 → 3×3=9 → 1×3=3 → 3/9
1/3 = z/12 → 3×4=12 → 1×4=4 → 4/12
1/3 = 5/w → 1×5=5 → 3×5=15 → 5/15
1/3 = 6/v → 1×6=6 → 3×6=18 → 6/18
1/3 = u/21 → 3×7=21 → 1×7=7 → 7/21
✔ Filled: 1/3 = 2/6 = 3/9 = 4/12 = 5/15 = 6/18 = 7/21
---
Problem 10:
Start with 7/10
Chain: 7/10 = 14/_ = _/30 = 28/_ = 35/_ = 42/_ = 49/_
7/10 = 14/x → 7×2=14 → 10×2=20 → 14/20
7/10 = y/30 → 10×3=30 → 7×3=21 → 21/30
7/10 = 28/z → 7×4=28 → 10×4=40 → 28/40
7/10 = 35/w → 7×5=35 → 10×5=50 → 35/50
7/10 = 42/v → 7×6=42 → 10×6=60 → 42/60
7/10 = 49/u → 7×7=49 → 10×7=70 → 49/70
✔ Filled: 7/10 = 14/20 = 21/30 = 28/40 = 35/50 = 42/60 = 49/70
---
Final Answer:
1) 10, 3, 20, 5, 30, 7
2) 6, 21, 28, 35, 18, 49
3) 2, 3, 16, 20, 6, 28
4) 2, 3, 4, 10, 6, 7
5) 2, 3, 28, 35, 6, 49
6) 2, 3, 4, 5, 6, 7
7) 4, 3, 4, 10, 12, 14
8) 6, 9, 12, 15, 48, 56
9) 2, 3, 4, 15, 18, 7
10) 20, 21, 40, 50, 60, 70
To find missing numbers in equivalent fractions, we look at how the numerator or denominator changed from the first fraction to the next, and apply the same change to the other part.
---
Problem 1:
Start with 1/5
→ Next is 2/? → Multiply numerator by 2 → so multiply denominator by 2 → 5×2 = 10 → but wait, it says 2/15? That doesn’t match. Let me check again.
Wait — actually, looking at the full chain:
1/5 = 2/? = ?/15 = 4/? = ?/25 = 6/? = ?/35
We need to fill in the blanks so all are equal to 1/5.
So:
- 1/5 = 2/x → x = 10 (because 1×2=2, so 5×2=10)
- But the worksheet shows “2 / _” then “_ / 15” — let’s see what fits.
Actually, let’s solve each blank using the base fraction 1/5.
Blank after 2: 2/x = 1/5 → x = 10
Blank before 15: y/15 = 1/5 → y = 3
Blank after 4: 4/z = 1/5 → z = 20
Blank before 25: w/25 = 1/5 → w = 5
Blank after 6: 6/v = 1/5 → v = 30
Blank before 35: u/35 = 1/5 → u = 7
But the worksheet has:
1) 1/5 = 2/_ = _/15 = 4/_ = _/25 = 6/_ = _/35
So blanks are:
After 2: 10
Before 15: 3
After 4: 20
Before 25: 5
After 6: 30
Before 35: 7
✔ So filled: 1/5 = 2/10 = 3/15 = 4/20 = 5/25 = 6/30 = 7/35
---
Problem 2:
Start with 3/7
Chain: 3/7 = _/14 = 9/_ = 12/_ = 15/_ = _/42 = 21/_
Find multipliers:
3/7 = x/14 → 7×2=14 → 3×2=6 → so 6/14
3/7 = 9/y → 3×3=9 → 7×3=21 → 9/21
3/7 = 12/z → 3×4=12 → 7×4=28 → 12/28
3/7 = 15/w → 3×5=15 → 7×5=35 → 15/35
3/7 = v/42 → 7×6=42 → 3×6=18 → 18/42
3/7 = 21/u → 3×7=21 → 7×7=49 → 21/49
✔ Filled: 3/7 = 6/14 = 9/21 = 12/28 = 15/35 = 18/42 = 21/49
---
Problem 3:
Start with 1/4
Chain: 1/4 = _/8 = _/12 = 4/_ = 5/_ = _/24 = 7/_
1/4 = x/8 → 4×2=8 → 1×2=2 → 2/8
1/4 = y/12 → 4×3=12 → 1×3=3 → 3/12
1/4 = 4/z → 1×4=4 → 4×4=16 → 4/16
1/4 = 5/w → 1×5=5 → 4×5=20 → 5/20
1/4 = v/24 → 4×6=24 → 1×6=6 → 6/24
1/4 = 7/u → 1×7=7 → 4×7=28 → 7/28
✔ Filled: 1/4 = 2/8 = 3/12 = 4/16 = 5/20 = 6/24 = 7/28
---
Problem 4:
Start with 1/2
Chain: 1/2 = _/4 = _/6 = _/8 = 5/_ = _/12 = _/14
1/2 = x/4 → 2×2=4 → 1×2=2 → 2/4
1/2 = y/6 → 2×3=6 → 1×3=3 → 3/6
1/2 = z/8 → 2×4=8 → 1×4=4 → 4/8
1/2 = 5/w → 1×5=5 → 2×5=10 → 5/10
1/2 = v/12 → 2×6=12 → 1×6=6 → 6/12
1/2 = u/14 → 2×7=14 → 1×7=7 → 7/14
✔ Filled: 1/2 = 2/4 = 3/6 = 4/8 = 5/10 = 6/12 = 7/14
---
Problem 5:
Start with 1/7
Chain: 1/7 = _/14 = _/21 = 4/_ = 5/_ = _/42 = 7/_
1/7 = x/14 → 7×2=14 → 1×2=2 → 2/14
1/7 = y/21 → 7×3=21 → 1×3=3 → 3/21
1/7 = 4/z → 1×4=4 → 7×4=28 → 4/28
1/7 = 5/w → 1×5=5 → 7×5=35 → 5/35
1/7 = v/42 → 7×6=42 → 1×6=6 → 6/42
1/7 = 7/u → 1×7=7 → 7×7=49 → 7/49
✔ Filled: 1/7 = 2/14 = 3/21 = 4/28 = 5/35 = 6/42 = 7/49
---
Problem 6:
Start with 1/1
Chain: 1/1 = 2/_ = _/3 = _/4 = _/5 = _/6 = 7/_
1/1 = 2/x → x=2
1/1 = y/3 → y=3
1/1 = z/4 → z=4
1/1 = w/5 → w=5
1/1 = v/6 → v=6
1/1 = 7/u → u=7
✔ Filled: 1/1 = 2/2 = 3/3 = 4/4 = 5/5 = 6/6 = 7/7
---
Problem 7:
Start with 1/2
Chain: 1/2 = 2/_ = _/6 = _/8 = 5/_ = 6/_ = 7/_
1/2 = 2/x → x=4
1/2 = y/6 → y=3
1/2 = z/8 → z=4
1/2 = 5/w → w=10
1/2 = 6/v → v=12
1/2 = 7/u → u=14
✔ Filled: 1/2 = 2/4 = 3/6 = 4/8 = 5/10 = 6/12 = 7/14
---
Problem 8:
Start with 3/8
Chain: 3/8 = _/16 = _/24 = _/32 = _/40 = 18/_ = 21/_
3/8 = x/16 → 8×2=16 → 3×2=6 → 6/16
3/8 = y/24 → 8×3=24 → 3×3=9 → 9/24
3/8 = z/32 → 8×4=32 → 3×4=12 → 12/32
3/8 = w/40 → 8×5=40 → 3×5=15 → 15/40
3/8 = 18/v → 3×6=18 → 8×6=48 → 18/48
3/8 = 21/u → 3×7=21 → 8×7=56 → 21/56
✔ Filled: 3/8 = 6/16 = 9/24 = 12/32 = 15/40 = 18/48 = 21/56
---
Problem 9:
Start with 1/3
Chain: 1/3 = _/6 = _/9 = _/12 = 5/_ = 6/_ = _/21
1/3 = x/6 → 3×2=6 → 1×2=2 → 2/6
1/3 = y/9 → 3×3=9 → 1×3=3 → 3/9
1/3 = z/12 → 3×4=12 → 1×4=4 → 4/12
1/3 = 5/w → 1×5=5 → 3×5=15 → 5/15
1/3 = 6/v → 1×6=6 → 3×6=18 → 6/18
1/3 = u/21 → 3×7=21 → 1×7=7 → 7/21
✔ Filled: 1/3 = 2/6 = 3/9 = 4/12 = 5/15 = 6/18 = 7/21
---
Problem 10:
Start with 7/10
Chain: 7/10 = 14/_ = _/30 = 28/_ = 35/_ = 42/_ = 49/_
7/10 = 14/x → 7×2=14 → 10×2=20 → 14/20
7/10 = y/30 → 10×3=30 → 7×3=21 → 21/30
7/10 = 28/z → 7×4=28 → 10×4=40 → 28/40
7/10 = 35/w → 7×5=35 → 10×5=50 → 35/50
7/10 = 42/v → 7×6=42 → 10×6=60 → 42/60
7/10 = 49/u → 7×7=49 → 10×7=70 → 49/70
✔ Filled: 7/10 = 14/20 = 21/30 = 28/40 = 35/50 = 42/60 = 49/70
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Final Answer:
1) 10, 3, 20, 5, 30, 7
2) 6, 21, 28, 35, 18, 49
3) 2, 3, 16, 20, 6, 28
4) 2, 3, 4, 10, 6, 7
5) 2, 3, 28, 35, 6, 49
6) 2, 3, 4, 5, 6, 7
7) 4, 3, 4, 10, 12, 14
8) 6, 9, 12, 15, 48, 56
9) 2, 3, 4, 15, 18, 7
10) 20, 21, 40, 50, 60, 70
Parent Tip: Review the logic above to help your child master the concept of 6th grade math fractions worksheet.