When a tall plant with round seeds ( TTRR ) crossed with a dwarf plant with wrinkled seeds ( ttrr ) , the `F_1` generation consists of tall plant with round seeds . What would be the proportion of dwarf plant with wrinkled seeds in `F_1` -generation ?

When a pure strain of tall plants (TT) with round seeds (RR) is crossed with a pure strain of short plants (tt) with wrinkled seeds (rr), an F_(1) generation is produced. The alleles for short and wrinkled are recessive to those for tall and round, respectively. When these F_(1) plants self-pollinate, what proportion of the F_(2) generation is short with wrinkled seeds ?

In dihybrid cross of round yellow and wrinkled green seeds of Pea plants. What is the ratio of round to wrinkled in F_2 generation?

When a cross is made between a tall plant with yellow seeds (Tt Yy) and a tall plant with green seeds (Tt yy), what is true regarding the proportions of phenotypes of the offsprings in F_(1) generation ?

If a plant having yellow and round seeds was crossed with another plant . having green and wrinkled seeds then F_1 -progeny are in the ratio :

Heterozygous tall plant (Tt)is crossed with homozygous dwarf (tt) plant. The what will be the percentage of dwarf plants in the next generation ?

In garden pea , yellow colour of cotyledons is dominant over green and round shape of seed is dominant over wrinkled . When a plant with yellow and round seeds is crossed with a plant having yellow and wrinkled seeds , the progeny showed segregation for all the four characters . The probability of obtaining green round seeds in the progeny of this cross is :

Pure tall plants are crossed with pure dwarf plants . In the F_1 - generation , all plants were tall . These tall plants of F_1 -generation were selfed and the ratio of tall to dwarf plants obtained was 3 : 1 . This is called :