How many different gametes does AABbCc have?

How many phenotypes are possible AABbCC?

In the above crossAaBbCc×AaBbCc, there are three pairs of characters which are Aa, Bb, Cc. Therefore, the number of possible phenotypes are 23=8. Hence, the correct option is C. 8.

How many f1 genotypes of AABbCC AABbCC are there?

AABbCC will produce two type of gametes ABC and AbC. Thus in F, generation three genotypes will be obtained. These are AABBCC, AABbCC and AAbbCC in the ratio of 1 : 2 : 1. Phenotypically AABBCC and AABbCC are same.

What frequency is AaBbCc?

Hence the genome of the spring should be AaBbCc regarding three genes. So the offspring has a combination of homozygous and heterozygous. Hence the offspring genotype is Aa and AA which is heterozygous and homozygous so that frequency will be 12and 12. Hence, the frequency of Aa is 12.

How many offspring will be formed in the mating of AaBbCc and AaBbCc?

Mating between the genotypes AAbbCCDd x AaBbCcdd produces 16 different types of offsprings. Types of gametes formed are determined by 2ⁿ where n stands for degree of heterozygosity.

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What is the genotype of AaBbCc?

N is the number of heterozygous gene pairs. For instance, if a genotype is AaBbCc, n will be 3. However, if the genotype is AABbCC, the n is 1. When analyzing two parents, it is easier to determine how many possible phenotypic and genotypic combinations of each gene pair, and then multiply them all together.

What is the probability of getting an ABc gamete from a parent who is AaBbCc?

This is a percentage of 3.1%.

What type of gamete is formed by genotype RrYy?

A plant with genotype RrYy, produce four types of gametes during fertilization. They are RY, Ry, rY, ry. So, the correct option is ‘four’.

How many types of gametes are found in F1 progeny of cross AaBbCc and AaBbCc *?

Therefore, types of gametes possible is 23=8.

How many types of gametes are formed by F1 progeny of cross between AaBbCc and AaBbCc?

In the following cross between two mulatto genotypes (AaBbCc x AaBbCc), each parent produces eight different types of gametes and these gametes combine with each other in 64 different ways resulting in a total of seven skin colors.