Statement-I: The segregation of alleles is a | vedclass

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(A) Statement-$I$ is correct because according to Mendel's Law of Segregation,the two alleles of a gene pair segregate from each other during gamete f

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Both statement $I$ and $II$ are correct

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(A) Statement-$I$ is correct because according to Mendel's Law of Segregation,the two alleles of a gene pair segregate from each other during gamete formation,such that each gamete receives only one of the two alleles. This process is random,resulting in a $50\%$ probability for either allele to be present in a gamete.Statement-$II$ is correct because Mendel observed that the traits do not blend or mix in the $F_1$ or $F_2$ generations. Even if a trait is not expressed in the $F_1$ generation,it reappears in the $F_2$ generation,proving that alleles remain distinct and do not blend.

Statement-$I$: The segregation of alleles is a random process and so there is a $50\%$ chance of a gamete containing either allele.
Statement-$II$: Alleles do not show any blending at either $F_1$ or $F_2$ generation.

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Statement-$I$: The segregation of alleles is a random process and so there is a $50\%$ chance of a gamete containing either allele.Statement-$II$: Alleles do not show any blending at either $F_1$ or $F_2$ generation.