What is longdivision 28/12 ?

The solution to longdivision 28/12 is 2.33333…

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Popular >

28/12

Solution

long division

\frac{28}{12}

Solution

2.33333 \dots

Solution steps

\frac{28}{12}

Write the problem in long division format

12 \overline{∣ 28}

Divide

28

12

to get

2

Divide

28

12

to get

2

2 12 \overline{∣ 28}

Multiply the quotient digit

(2)

by the divisor

12

2 12 \overline{∣ 28} \underline{24}

Subtract

24

from

28

2 12 \overline{∣ 28} \underline{24} 4

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

2. 12 \overline{∣ 28.0} \underline{24} 40

2. 12 \overline{∣ 28.0} \underline{24} 40

Divide

40

12

to get

3

Divide

40

12

to get

3

2.3 12 \overline{∣ 28.0} \underline{24} 40

Multiply the quotient digit

(3)

by the divisor

12

2.3 12 \overline{∣ 28.0} \underline{24} 40 \underline{36}

Subtract

36

from

40

2.3 12 \overline{∣ 28.0} \underline{24} 40 \underline{36} 4

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

2.3 12 \overline{∣ 28.00} \underline{24} 40 \underline{36} 40

2.3 12 \overline{∣ 28.00} \underline{24} 40 \underline{36} 40

Divide

40

12

to get

3

Divide

40

12

to get

3

2.33 12 \overline{∣ 28.00} \underline{24} 40 \underline{36} 40

Multiply the quotient digit

(3)

by the divisor

12

2.33 12 \overline{∣ 28.00} \underline{24} 40 \underline{36} 40 \underline{36}

Subtract

36

from

40

2.33 12 \overline{∣ 28.00} \underline{24} 40 \underline{36} 40 \underline{36} 4

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

2.33 12 \overline{∣ 28.000} \underline{24} 40 \underline{36} 40 \underline{36} 40

2.33 12 \overline{∣ 28.000} \underline{24} 40 \underline{36} 40 \underline{36} 40

Divide

40

12

to get

3

Divide

40

12

to get

3

2.333 12 \overline{∣ 28.000} \underline{24} 40 \underline{36} 40 \underline{36} 40

Multiply the quotient digit

(3)

by the divisor

12

2.333 12 \overline{∣ 28.000} \underline{24} 40 \underline{36} 40 \underline{36} 40 \underline{36}

Subtract

36

from

40

2.333 12 \overline{∣ 28.000} \underline{24} 40 \underline{36} 40 \underline{36} 40 \underline{36} 4

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

2.333 12 \overline{∣ 28.0000} \underline{24} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40

2.333 12 \overline{∣ 28.0000} \underline{24} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40

Divide

40

12

to get

3

Divide

40

12

to get

3

2.3333 12 \overline{∣ 28.0000} \underline{24} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40

Multiply the quotient digit

(3)

by the divisor

12

2.3333 12 \overline{∣ 28.0000} \underline{24} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40 \underline{36}

Subtract

36

from

40

2.3333 12 \overline{∣ 28.0000} \underline{24} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40 \underline{36} 4

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

2.3333 12 \overline{∣ 28.00000} \underline{24} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40

2.3333 12 \overline{∣ 28.00000} \underline{24} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40

Divide

40

12

to get

3

Divide

40

12

to get

3

2.33333 12 \overline{∣ 28.00000} \underline{24} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40

Multiply the quotient digit

(3)

by the divisor

12

2.33333 12 \overline{∣ 28.00000} \underline{24} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40 \underline{36}

Subtract

36

from

40

2.33333 12 \overline{∣ 28.00000} \underline{24} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40 \underline{36} 4

2.33333 12 \overline{∣ 28.00000} \underline{24} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40 \underline{36} 40 \underline{36} 4

Stopping at 5 decimal places

The solution for Long Division of

\frac{28}{12}

2.33333 \dots

2.33333 \dots

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Frequently Asked Questions (FAQ)

What is longdivision 28/12 ?
The solution to longdivision 28/12 is 2.33333…