`F_(1)` plants crossed with dominant individuals will yield a progeny of

In a back cross, a F_(1) hydrid is crossed with dominant parent , the offsprings :

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 :

A cross between AA and aa will produce an F_(1) progeny

In Mirabilis jalapa when red flowered plants crossed with white flowered plant, the F_(1) progeny was

A homozygous plant with red flower is crossed with recessive white. Red is dominant over white. The progeny in the "F"_(1) generation will be:

The fraction of single heterozygous dominant individuals in the F_(2) of a Mendelian dihybrid cross

In which of the following mendelian crosses both dominant and recessive phenotypes will be observed in the progeny?

In which of the following mendelian crosses both dominant and recessive phenotypes will be observed in the progeny?

A heterozygous tall plant is crossed with a homozygous dominant plant. What is the result in F1 generation? Explain with adequate illustration.