Principle of Inheritance and VariationHard
Question
Match the genetic phenomena with their respective ratios
a. Inhibitory gene ratio 1. 9 : 3 : 4
b. Complementary gene ratio 2. 1 : 1 : 1 : 1
c. Recessive test cross ratio 3. 12 : 3 : 1
d. Dihybrid test cross ratio 4. 13 : 3
e. Dominant epistasis ratio 5. 9 : 7
a. Inhibitory gene ratio 1. 9 : 3 : 4
b. Complementary gene ratio 2. 1 : 1 : 1 : 1
c. Recessive test cross ratio 3. 12 : 3 : 1
d. Dihybrid test cross ratio 4. 13 : 3
e. Dominant epistasis ratio 5. 9 : 7
Options
A.a − 5, b − 4, c − 3, d − 2, e − 1
B.a −− 4, b − 5, c − 1, d − 2, e − 3
C.a − 1, b − 2, c − 4, d − 3, e − 5
D.a − 2, b − 1, c − 4, d − 5, e − 3
Topic: Principle of Inheritance and Variation·Practice all Principle of Inheritance and Variation questions
More Principle of Inheritance and Variation Questions
The recessive genes located on X-chromosome in humans are always...In Mendel′s experiments with garden pea, round seed shape (RR) was dominant over wrinkled seeds (rr), yellow cotyl...A hybrid is generally more vigorous than either of the parents, this is due to...In ′Mirabilis′ when two pink flower varieties were crossed. The progeny has 20 red flower plants, 41 pink fl...n a cross between AABB × aabb, the ration of F2 genotypes brtween AABB, AaBB, Aabb and aabb would be...