What is longdivision 14/12 ?

The solution to longdivision 14/12 is 1.16666…

English

Español

Português

Français

Deutsch

Italiano

Русский

中文(简体)

한국어

日本語

Tiếng Việt

עברית

العربية

Popular >

Evaluate 14/12

Solution

long division

\frac{14}{12}

Solution

1.16666 \dots

Solution steps

\frac{14}{12}

Write the problem in long division format

12 \overline{∣ 14}

Divide

14

12

to get

1

Divide

14

12

to get

1

1 12 \overline{∣ 14}

Multiply the quotient digit

(1)

by the divisor

12

1 12 \overline{∣ 14} \underline{12}

Subtract

12

from

14

1 12 \overline{∣ 14} \underline{12} 2

Add a decimal place and a zero to the dividendBring down the zero from the dividend

1. 12 \overline{∣ 14.0} \underline{12} 20

1. 12 \overline{∣ 14.0} \underline{12} 20

Divide

20

12

to get

1

Divide

20

12

to get

1

1.1 12 \overline{∣ 14.0} \underline{12} 20

Multiply the quotient digit

(1)

by the divisor

12

1.1 12 \overline{∣ 14.0} \underline{12} 20 \underline{12}

Subtract

12

from

20

1.1 12 \overline{∣ 14.0} \underline{12} 20 \underline{12} 8

Add a zero to the dividendBring down the zero from the dividend

1.1 12 \overline{∣ 14.00} \underline{12} 20 \underline{12} 80

1.1 12 \overline{∣ 14.00} \underline{12} 20 \underline{12} 80

Divide

80

12

to get

6

Divide

80

12

to get

6

1.16 12 \overline{∣ 14.00} \underline{12} 20 \underline{12} 80

Multiply the quotient digit

(6)

by the divisor

12

1.16 12 \overline{∣ 14.00} \underline{12} 20 \underline{12} 80 \underline{72}

Subtract

72

from

80

1.16 12 \overline{∣ 14.00} \underline{12} 20 \underline{12} 80 \underline{72} 8

Add a zero to the dividendBring down the zero from the dividend

1.16 12 \overline{∣ 14.000} \underline{12} 20 \underline{12} 80 \underline{72} 80

1.16 12 \overline{∣ 14.000} \underline{12} 20 \underline{12} 80 \underline{72} 80

Divide

80

12

to get

6

Divide

80

12

to get

6

1.166 12 \overline{∣ 14.000} \underline{12} 20 \underline{12} 80 \underline{72} 80

Multiply the quotient digit

(6)

by the divisor

12

1.166 12 \overline{∣ 14.000} \underline{12} 20 \underline{12} 80 \underline{72} 80 \underline{72}

Subtract

72

from

80

1.166 12 \overline{∣ 14.000} \underline{12} 20 \underline{12} 80 \underline{72} 80 \underline{72} 8

Add a zero to the dividendBring down the zero from the dividend

1.166 12 \overline{∣ 14.0000} \underline{12} 20 \underline{12} 80 \underline{72} 80 \underline{72} 80

1.166 12 \overline{∣ 14.0000} \underline{12} 20 \underline{12} 80 \underline{72} 80 \underline{72} 80

Divide

80

12

to get

6

Divide

80

12

to get

6

1.1666 12 \overline{∣ 14.0000} \underline{12} 20 \underline{12} 80 \underline{72} 80 \underline{72} 80

Multiply the quotient digit

(6)

by the divisor

12

1.1666 12 \overline{∣ 14.0000} \underline{12} 20 \underline{12} 80 \underline{72} 80 \underline{72} 80 \underline{72}

Subtract

72

from

80

1.1666 12 \overline{∣ 14.0000} \underline{12} 20 \underline{12} 80 \underline{72} 80 \underline{72} 80 \underline{72} 8

Add a zero to the dividendBring down the zero from the dividend

1.1666 12 \overline{∣ 14.00000} \underline{12} 20 \underline{12} 80 \underline{72} 80 \underline{72} 80 \underline{72} 80

1.1666 12 \overline{∣ 14.00000} \underline{12} 20 \underline{12} 80 \underline{72} 80 \underline{72} 80 \underline{72} 80

Divide

80

12

to get

6

Divide

80

12

to get

6

1.16666 12 \overline{∣ 14.00000} \underline{12} 20 \underline{12} 80 \underline{72} 80 \underline{72} 80 \underline{72} 80

Multiply the quotient digit

(6)

by the divisor

12

1.16666 12 \overline{∣ 14.00000} \underline{12} 20 \underline{12} 80 \underline{72} 80 \underline{72} 80 \underline{72} 80 \underline{72}

Subtract

72

from

80

1.16666 12 \overline{∣ 14.00000} \underline{12} 20 \underline{12} 80 \underline{72} 80 \underline{72} 80 \underline{72} 80 \underline{72} 8

1.16666 12 \overline{∣ 14.00000} \underline{12} 20 \underline{12} 80 \underline{72} 80 \underline{72} 80 \underline{72} 80 \underline{72} 8

Stopping at 5 decimal places

The solution for Long Division of

\frac{14}{12}

1.16666 \dots

1.16666 \dots

Popular Examples

Convert to an Improper Fraction 1 2/9 improper fraction

1 \frac{2}{9}

Multiply 10*12 long multiplication

10 \cdot 12

Evaluate 33/5 long division

\frac{33}{5}

Reduce the Fraction 26/32 reduce fraction

t h e \frac{26}{32}

Subtract 180-32 long subtraction

180 - 32

Frequently Asked Questions (FAQ)

What is longdivision 14/12 ?
The solution to longdivision 14/12 is 1.16666…