${((2)^{2})}^{2}$ × ( $3^{3}$ ÷ $4^{2}$ ) ÷ $3^{2}$ is equal to

True

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False

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Solution

The correct option is A
True

Using BODMAS rule,
${((2)^{2})}^{2}$ × ( $3^{3}$ ÷ $4^{2}$ ) ÷ $3^{2}$
= $4^{2}$ × ( $3^{3}$ ÷ $4^{2}$ ) ÷ $3^{2}$
= $4^{2}$ × ( $\frac{27}{16}$ ) ÷ $3^{2}$
= $27$ ÷ $3^{2}$
= $27$ × $\frac{1}{9}$
= $\frac{27}{9}$
= $3$

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Similar questions

${((2)^{2})}^{2} \times (3^{3} \div 4^{2}) \div 3^{2}$ is equal to _____.

${((2)^{2})}^{2}$ × ( $3^{3}$ ÷ $4^{2}$ ) ÷ $3^{2}$ is equal to

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