In the question, a statement of assertion (A) is followed by a statement of reason (R). Mark the correct choice:

Assertion(A): If the LCM of two integers 26 and 91 is 182, then HCF(26, 91) = 13.

Reason(R): LCM x [ Product of two integers ] = HCF.

A is false, R is true

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A is true, R is false

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A is true, R is true; R is not a correct explanation for A

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A is true, R is true; R is a correct explanation for A

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Solution

The correct option is B A is true, R is false
LCM [26, 91] = 182.

HCF(a, b) x LCM(a, b) = Product of (a, b)
HCF x 182 = 26 x 91,
HCF = 13.

Hence Assertion(A) is True and Reason(R) is false.

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In the question, a statement of assertion (A) is followed by a statement of reason (R). Mark the correct choice: Assertion(A): If the LCM of two integers 26 and 91 is 182, then HCF(26, 91) = 13. Reason(R): LCM x [ Product of two integers ] = HCF.

The correct option is B A is true, R is falseLCM [26, 91] = 182. HCF(a, b) x LCM(a, b) = Product of (a, b) HCF x 182 = 26 x 91, HCF = 13. Hence Assertion(A) is True and Reason(R) is false.

In the question, a statement of assertion (A) is followed by a statement of reason (R). Mark the correct choice:

Assertion(A): If the LCM of two integers 26 and 91 is 182, then HCF(26, 91) = 13.

Reason(R): LCM x [ Product of two integers ] = HCF.

The correct option is B A is true, R is false
LCM [26, 91] = 182.

HCF(a, b) x LCM(a, b) = Product of (a, b)
HCF x 182 = 26 x 91,
HCF = 13.

Hence Assertion(A) is True and Reason(R) is false.