For a particular organism, if n=28, then ___ chromosomes will be present in a somatic cell and _____ chromosomes will be present in a gamete.

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For a particular organism, if 2n=64, then ____ chromatids will be found in a somatic cell during metaphase of mitosis.
For a particular organism, if 2n=64, then ____ chromatids will be found in a cell during metaphase II of meiosis.

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An individual with the genotype AaBbCCDd can potentially produce how many genetically different kinds of gametes?
How many different kinds of GENOTYPES are possible among offspring if the following two parents are crossed?AaBbCCDd x AaBbCcDD
Assuming that each trait is a case of complete dominance and the genes are found on different chromosomes, how many different kinds of phenotypes are possible among offspring if the following two parents are crossed?AaBbCCDd x AaBbCcDD
If a cross between TtRR ad TtRr where the two genes are on separate chromosomes and where T is completely dominant and so is R, what proportion of offspring will be phenotypically dominant for both traits?
Which of the following is NOT true of homologous chromosomes?a. they behave independently during mitosisb. they synapse during the S phase of meiosisc. they travel together to the metaphase I plated. each parents contributes one set of homologous chromosomes to an offspringe. a chiasmata indicates the occurrence of crossing over between non-sister chromatids of homologous chromosomes.
Two individuals that are heterozygous for an autosomal-recessive disorder mate and produce offspring. What is the probability that this couple will produce a phenotypically normal child who is a carrier for this disorder?
A man is heterozygous for blood type A and is planning to start a family with a woman has blood type AB. What is the probability that their first child will be a girl with type A blood?
Two parents, each with type AB, plan to start a family. What is the probability that their first child will be a boy with type A blood followed by a girl with type AB blood?
A woman with type O blood gives birth to a child with type B blood. The father of this child could be what blood type?
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