7th Grade Math · Unit 2
These fractions do not make tenths or hundredths. Check if the fraction can be reduced. Then use long division.
Jump to section:
Check if the fraction can be reduced. Then use long division.
Check if the fraction can be reduced.
The greatest common factor of 1 and 3 is 1.
The fraction is already reduced.
1 is smaller than 3, so the ones digit is 0.
Divide 1 by 3.
The remainder 1 came back, so 3 repeats.
0.3
Answer: 0.3
Check if the fraction can be reduced.
The greatest common factor of 1 and 6 is 1.
The fraction is already reduced.
1 is smaller than 6, so the ones digit is 0.
Divide 1 by 6.
The remainder 4 came back, so 6 repeats.
0.16
Answer: 0.16
Check if the fraction can be reduced.
The greatest common factor of 3 and 8 is 1.
The fraction is already reduced.
3 is smaller than 8, so the ones digit is 0.
Divide 3 by 8.
The remainder is 0.
0.375
Answer: 0.375
Check if the fraction can be reduced.
The greatest common factor of 4 and 9 is 1.
The fraction is already reduced.
4 is smaller than 9, so the ones digit is 0.
Divide 4 by 9.
The remainder 4 came back, so 4 repeats.
0.4
Answer: 0.4
Check if the fraction can be reduced.
The greatest common factor of 3 and 11 is 1.
The fraction is already reduced.
3 is smaller than 11, so the ones digit is 0.
Divide 3 by 11.
The remainder 3 came back, so 2 and 7 repeat.
0.27
Answer: 0.27
Check if the fraction can be reduced.
The greatest common factor of 4 and 15 is 1.
The fraction is already reduced.
4 is smaller than 15, so the ones digit is 0.
Divide 4 by 15.
The remainder 10 came back, so 6 repeats.
0.26
Answer: 0.26
Write the fraction as a mixed number. Then add the whole number and the fraction. Then add the whole number and the decimal.
Check if the fraction can be reduced.
The greatest common factor of 8 and 3 is 1.
The fraction is already reduced.
Write the fraction as a mixed number.
223
2 + 23
2 is smaller than 3, so the ones digit is 0.
Divide 2 by 3.
The remainder 2 came back, so 6 repeats.
2 + 0.6
2.6
Answer: 2.6
Check if the fraction can be reduced.
The greatest common factor of 11 and 6 is 1.
The fraction is already reduced.
Write the fraction as a mixed number.
156
1 + 56
5 is smaller than 6, so the ones digit is 0.
Divide 5 by 6.
The remainder 2 came back, so 3 repeats.
1 + 0.83
1.83
Answer: 1.83
Check if the fraction can be reduced.
The greatest common factor of 13 and 8 is 1.
The fraction is already reduced.
Write the fraction as a mixed number.
158
1 + 58
5 is smaller than 8, so the ones digit is 0.
Divide 5 by 8.
The remainder is 0.
1 + 0.625
1.625
Answer: 1.625
Check if the fraction can be reduced.
The greatest common factor of 14 and 9 is 1.
The fraction is already reduced.
Write the fraction as a mixed number.
159
1 + 59
5 is smaller than 9, so the ones digit is 0.
Divide 5 by 9.
The remainder 5 came back, so 5 repeats.
1 + 0.5
1.5
Answer: 1.5
Check if the fraction can be reduced.
The greatest common factor of 16 and 11 is 1.
The fraction is already reduced.
Write the fraction as a mixed number.
1511
1 + 511
5 is smaller than 11, so the ones digit is 0.
Divide 5 by 11.
The remainder 5 came back, so 4 and 5 repeat.
1 + 0.45
1.45
Answer: 1.45
Check if the fraction can be reduced.
The greatest common factor of 17 and 12 is 1.
The fraction is already reduced.
Write the fraction as a mixed number.
1512
1 + 512
5 is smaller than 12, so the ones digit is 0.
Divide 5 by 12.
The remainder 8 came back, so 6 repeats.
1 + 0.416
1.416
Answer: 1.416
Check if the fraction can be reduced.
The greatest common factor of 17 and 15 is 1.
The fraction is already reduced.
Write the fraction as a mixed number.
1215
1 + 215
2 is smaller than 15, so the ones digit is 0.
Divide 2 by 15.
The remainder 5 came back, so 3 repeats.
1 + 0.13
1.13
Answer: 1.13
Check if the fraction can be reduced.
The greatest common factor of 23 and 8 is 1.
The fraction is already reduced.
Write the fraction as a mixed number.
278
2 + 78
7 is smaller than 8, so the ones digit is 0.
Divide 7 by 8.
The remainder is 0.
2 + 0.875
2.875
Answer: 2.875
Check if the fraction can be reduced.
The greatest common factor of 25 and 9 is 1.
The fraction is already reduced.
Write the fraction as a mixed number.
279
2 + 79
7 is smaller than 9, so the ones digit is 0.
Divide 7 by 9.
The remainder 7 came back, so 7 repeats.
2 + 0.7
2.7
Answer: 2.7
Check if the fraction can be reduced.
The greatest common factor of 23 and 12 is 1.
The fraction is already reduced.
Write the fraction as a mixed number.
11112
1 + 1112
11 is smaller than 12, so the ones digit is 0.
Divide 11 by 12.
The remainder 8 came back, so 6 repeats.
1 + 0.916
1.916
Answer: 1.916
Check if the fraction can be reduced.
The greatest common factor of 29 and 15 is 1.
The fraction is already reduced.
Write the fraction as a mixed number.
11415
1 + 1415
14 is smaller than 15, so the ones digit is 0.
Divide 14 by 15.
The remainder 5 came back, so 3 repeats.
1 + 0.93
1.93
Answer: 1.93
Need help writing fractions as decimals?
Book a Session with Amy