MCQ
Assertion $: 29$ is the equivalent decimal number of binary number $11101.$
Reason $:(11101)_2=\left(1 \times 2^4+1 \times 2^3+1 \times 2^2+0 \times 2^1+1 \times 2^0\right)_{10}=(16+8+4+0+1)_{10}=(29)_{10}$
Reason $:(11101)_2=\left(1 \times 2^4+1 \times 2^3+1 \times 2^2+0 \times 2^1+1 \times 2^0\right)_{10}=(16+8+4+0+1)_{10}=(29)_{10}$
- ✓If both assertion and reason are true and the reason is the correct explanation of the assertion.
- BIf both assertion and reason are true but reason is not the correct explanation of the assertion.
- CIf assertion is true but reason is false.
- DIf the assertion and reason both are false.
