Question

Solve :-

$1. \: \sf \frac{9}{8} \: \div \: \frac{6}{2}$

$\sf 2. \: \frac{4}{8} \: \div \: \frac{1}{3}$

$\mathbf {3. \: \frac{23}{4} \: \div \: \frac{8}{7} }$

$\rm 4. \: \frac{16}{8} \: \div \: \frac{17}{4}$
$\tt 5. \: \frac{14}{8} \: \div \: \frac{7}{9}$
​

Answer 1

Step-by-step explanation:

Given :-

1)(9/8)÷(6/2)

=>(9/8)÷3

=>9/(8×3)

=>3/8

(9/8)÷(6/2)=3/8

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2)(4/8)÷(1/3)

=>(2)×(3/1)

=>2/3

(4/8)÷(1/3)=2/3

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3)(23/4)÷(8/7)

=>(23/4)×(7/8)

=>(23×7)/(4×8)

=>161/32

(23/4)÷(8/7)=161/32

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4)(16/8)÷(17/4)

=>2÷(17/4)

=>2×(4/17)

=>(2×4)/17

=>8/17

(16/8)÷(17/4)=8/17

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5)(14/8)÷(7/9)

=>(7/4)÷(7/9)

=>(7/4)×(9/7)

=>(7×9)/(4×7)

=>9/4

(14/8)÷(7/9)=9/4

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Answer 2

Required Answer:-

(1) Ques: $\sf\dfrac{9}{8} \div \sf\dfrac{6}{2}$

Ans:

$\begin{gathered}:\implies\sf\dfrac{9}{8} \div \sf\dfrac{6}{2} \\ \\ \\ :\implies\sf\dfrac{\cancel{9}^{3}}{8} \times \sf\dfrac{\cancel{2}^{1}}{\cancel{6_2}} \\\\\\ :\implies\sf\dfrac{3}{8}\end{gathered}$

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(2) Ques: $\sf\dfrac{4}{8} \div \sf\dfrac{1}{3}$

Ans:

$:\implies\sf\dfrac{4}{8} \div \sf\dfrac{1}{3}$

$:\implies\sf\dfrac{4}{8} \times \sf\dfrac{3}{1}$

$:\implies\sf {\cancel \dfrac{12}{8} } = \dfrac{3}{2}$

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(3) Ques: $\sf \dfrac{23}{4} \div \dfrac{8}{7}$

Ans:

$\begin{gathered}:\implies \: \sf \dfrac{23}{4} \div \dfrac{8}{7} \\ \\ \\ : \implies \sf\dfrac{23}{4} \times \dfrac{7}{8} \\ \\ \\ :\implies \: \sf \dfrac{161}{28} \end{gathered}$

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(4) Ques:

Ans:

$\begin{gathered}:\implies\sf \dfrac{16}{8} \div \dfrac{17}{4} \\ \\ \\ :\implies\sf \dfrac{\cancel{16}^{2}}{\cancel{8_1}} \times \dfrac{4}{17} \\ \\ \\ :\implies\sf \frac{8}{17} \end{gathered}$

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(5) Ques: $\sf\dfrac{14}{8} \div \dfrac{7}{9}$

Ans:

$:\implies\sf\dfrac{14}{8} \div \dfrac{7}{9}$

$:\implies\sf\dfrac{\cancel{14}^{2}}{8} \times \dfrac{9}{\cancel{7_1}}$

$:\implies\sf\dfrac{18}{8}$

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• Remember , Whenever the Question is Asked in Division Operators so, We have to reciprocal the Given Second Value.