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(D) To solve the expression $\frac{28}{65} 	imes \frac{195}{308} \div \frac{39}{44} + \frac{5}{26}$,we follow the $BODMAS$ rule.First,convert the div

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$\frac{1}{2}$

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(D) To solve the expression $\frac{28}{65} 	imes \frac{195}{308} \div \frac{39}{44} + \frac{5}{26}$,we follow the $BODMAS$ rule.First,convert the division into multiplication by taking the reciprocal of the fraction: $\frac{28}{65} 	imes \frac{195}{308} 	imes \frac{44}{39} + \frac{5}{26}$.Simplify the terms: $\frac{28}{308} = \frac{1}{11}$,$\frac{195}{65} = 3$,and $\frac{44}{39}$ remains.Calculating the product: $(\frac{1}{11} 	imes 3 	imes \frac{44}{39}) = (3 	imes \frac{4}{39}) = \frac{4}{13}$.Now,add the remaining fraction: $\frac{4}{13} + \frac{5}{26} = \frac{8}{26} + \frac{5}{26} = \frac{13}{26} = \frac{1}{2}$.

What will come in the place of the question mark $(?)$ in the following expression?
$\frac{28}{65} \times \frac{195}{308} \div \frac{39}{44} + \frac{5}{26} = ?$

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What will come in the place of the question mark $(?)$ in the following expression?$\frac{28}{65} \times \frac{195}{308} \div \frac{39}{44} + \frac{5}{26} = ?$