"Gametes are never hybrid". It is a statement of law of

Dominance

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Segregation

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Independent assortment

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Random fertilisation.

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Solution

The correct option is B Segregation

According to Mendel’s monohybrid cross, during gamete formation, the alleles for each gene segregate from each other so that each gamete carries only one allele for each gene. It is called the Law of Segregation.
So, the correct option ‘Segregation’.

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Similar questions

Q. “Gametes are never hybrid”. It is a statement of law of

Q. 'Gametes are never hybrid'. This statement is law of

Q. Given below are a few statements related to external fertilisation. Choose the correct statements.
(i) The male and female gametes are formed and released simultaneously.
(ii) Only a few gametes are released into the medium.
(iii) Water is the medium in a majority of organisms exhibiting external fertilisation.
(iv) Offspring formed as a result of external fertilisation have better chance of survival than those formed inside an organism.

Q. Which among the following statements are true for sexual reproduction in flowering plants?

(i) It requires two types of gametes.

(ii) Fertilisation is a compulsory event.

(iii) It results in the formation of zygote.

(iv) Offsprings formed are clones.

The advantage that internal fertilisation has over external fertilisation is that in internal fertilisation :
(a) new off-springs are exactly like the parent
(b) production of large numbers of gametes is unnecessary
(c) copulation and fusion of gametes is passive
(d) fewer individuals are produced

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"Gametes are never hybrid". It is a statement of law of

The correct option is B Segregation According to Mendel’s monohybrid cross, during gamete formation, the alleles for each gene segregate from each other so that each gamete carries only one allele for each gene. It is called the Law of Segregation. So, the correct option ‘Segregation’.

The correct option is B Segregation

According to Mendel’s monohybrid cross, during gamete formation, the alleles for each gene segregate from each other so that each gamete carries only one allele for each gene. It is called the Law of Segregation.
So, the correct option ‘Segregation’.