How many different types of gametes can be produced by F1?
Therefore, the correct answer is ‘Four‘.
How many types of gametes are found in F1 progeny of cross AaBbCc and AaBbCc?
Complete answer: AABbcc will produce 2 types of gametes which are as follows- ABc, Abc. The number of gametes formed is set by the number of heterozygous alleles present within the given genotype. 2n is that the formula wont to find it out, where n=number of heterozygous alleles present within the genotype.
What four types of gametes are formed by F1 plants?
F1 generation: The F1 dihybrid seeds are yellow and round, with a genotype of YyRr. The F1 plants can produce four different types of gametes: YR, Yr, yR, and yr.
How many different types of gametes can be formed?
Hints For Biology 101 Exam #4
|No. of homologous chromosome pairs (heterozygous genes)||No. of different gametes from each parent|
|2 (AaBb X AaBb)||4 (22)|
|3 (AaBbCc X AaBbCc)||8 (23)|
|4 (AaBbCcDd X AaBbCcDd)||16 (24)|
|20 pairs of chromosomes||1,048,576 (220)|
How many different types of gametes will be produced by a plant having the genotype AaBbCc?
Explanation: A plant having genotype AABbCC will produce only two types of gametes, ABC and AbC.
How many types of gametes can be formed by human female?
In certain organisms, like humans, there are two morphologically distinct types of gametes: (1) the male gamete (i.e. sperm cell) and (2) the female gamete (i.e. ovum).
How many gametes are produced in F1 generation of a Trihybrid?
The F1 hybrid produces 8 types of gametes.
How many types of combinations of gametes are possible in Monohybrid F1 parents?
4 types in the ratio of 1:1:1:1.
What are the genotypes of the gametes produced by F1 offspring?
So, the F1 generation all have identical genotypes, heterozygous at the seed color gene, and their phenotypes are yellow seeds.
What types of gametes will the homozygous purple flowered pea plant produce?
Explanation: Let us consider a cross between two plants heterozygous for purple flowers. Each plant will produce two types of gametes, i.e. 50% gametes carrying (P) allele and 50 % carrying (p) allele.