Home
Class 12
BIOLOGY
Among the seven pairs of contrasting tra...

Among the seven pairs of contrasting traits in pea plant as studied by Mendel, the number of traits related to flower, pod and seed respectively were

A

2,2,2

B

2,2,1

C

1,2,2

D

1,1,2

Text Solution

Verified by Experts

The correct Answer is:
A
Characters studied by Mendel are as follows :
`{:(,"Trait studied","Dominant","Recessive"),(1.,"Plant height","Tall (T)","Drarf (t)"),(2.,"Flower position","Axial (A)","Terminal (a)"),(3.,"Pod colour","Green (G) or (Y)","Yellow (g) or (y)"),(4.,"Pod shape","Full or inflated (I) or (C)","Constricted (i) or (c)"),(5.,"Flower colour","Violet (V) or (W)","White (v) or (w)"),(6.,"Seed shape","Round (R) or (w)","Wrinled (r) or (w)"),(7.,"Seed colour","Yellow (Y) or (G)","Green (y) or (g)"):}`
Promotional Banner

Similar Questions

Explore conceptually related problems

Refer to given table of contrasting traits in pea plants studied by Mendel Which of the given traits is correctly placed ?

How many pairs of contrasting characters in pea pod were chosen by Mendel ?

"_______" pairs of contrasting traits were studied by Mendel in pea plant

The colour based contrasting traits in seven contrasting pairs, studied by Mendel in pea plant were

The contrasting traits with respect to seeds in pea plant that were studied by Mendel are

Some of the dominant traits studied by Mendel were

Give one word answer: How many pairs of contrasting characters in pea plants were studied by Mendal in his experiments?

A cross was carried out between two pea plants showing contrasting traits of height of the plants. The result of the cross showed 50% parental characters. Name the type of the cross carried out

A cross was carried out between two pea plants showing contrasting traits of height of the plants. The result of the cross showed 50% parental characters. Work out the cross with the help of a punnett square

Assertion : Mendel conducted artificial pollination experiments for his genetic studies using true-breeding pea lines Reason : A true-breeding line shows the stable trait inheritance and expression for several generations