which scenario breaks the law of segregation?\n○ a gamete contains the fathers allele\n○ the gametes…

which scenario breaks the law of segregation?\n○ a gamete contains the fathers allele\n○ the gametes produced each have 1 allele after meiosis ii\n○ a gamete produced has 2 of the same alleles after meiosis ii\n○ the gamete fertilized has the dominant trait

which scenario breaks the law of segregation?\n○ a gamete contains the fathers allele\n○ the gametes produced each have 1 allele after meiosis ii\n○ a gamete produced has 2 of the same alleles after meiosis ii\n○ the gamete fertilized has the dominant trait

Answer

Brief Explanations:

The law of segregation states that during the formation of gametes, the two alleles for each gene separate so that each gamete receives only one allele. A gamete having 2 of the same alleles after meiosis II violates this law as it should have only one allele per gene. A gamete containing the father's allele is normal as it can inherit from either parent. Gametes having 1 allele after meiosis II is in - line with the law. A fertilized gamete having a dominant trait is a result of the combination of alleles during fertilization and does not break the law of segregation.

Answer:

a gamete produced has 2 of the same alleles after meiosis II