The law of segregation deduced by Mendel states thatMultiple choice question.the two alleles of each gene segregate from each other during gamete formation.the alleles of two separate genes assort independently from each other during gamete formation.the alleles of two separate genes are linked, such that they segregate together into gametes.the two alleles of each gene are packaged into the same gamete, such that they do not separate.

The statement that segregation of alleles for a gene on one chromosome does not influence the segregation of alleles for a gene on another chromosome during gamete formation is Mendel's law of

Mendel's law of segregation indicates thatgametes are diploid.more gametes carrying the dominant allele are produced than gametes carrying the recessive allele.gametes have one allele copy for each gene.two alleles segregate into each gamete.

Read the given statements carefully.Statement I Two genes segregate to resultant gametes one in each gameteStatement II Two alleles of a gene segregate to resultant gametes both in each gameteStatement III Two alleles of a gene segregate to resultant gametes one in each gameteStatement IV Four genes segregate to resultant gametes one in each gameteAmong the given statements, which one corresponds CORRECTLY to Mendel’s law of segregation? Statement I Statement II Statement III Statement IV

Separation of alleles from each other during meiosis, so that the gametes contain one from each pair, and each resulting gamete has an equal chance of receiving either allele.Group of answer choiceslaw of independent assortmentaddition rulelaw of segregationmultiplication rule

The law of independent assortment deduced by Mendel states thatMultiple choice question.the dominant alleles for one gene assort with the dominant alleles for a second gene, and the recessive alleles for both genes also assort together.the alleles for one gene are packaged into one set of gametes, and the alleles for a second gene are packaged into a different set of gametes.the four alleles for two genes assort randomly during meiosis, such that gametes may contain all four alleles or no alleles.the assortment of alleles for one gene does not influence how the alleles for a second gene assort during gamete formation.