Study the following cross showing self pollination in `F_(1)`. Fill in the blank.
`{:("Parents","RRYY",X,ul("rryy")),(,"Round, yellow",,"Wrinkled, green"),(F_(1)-,"Rr Yy",X,ul(?)),(,"Round, yellow",,):}`

Study the following cross and showing self pollination in F_(1) fill in the blank and answer the question that follows

a] Study the following cross and showing self pollination in FI, fill in the blank and answer the question that follows: [NCERT Exemplar] {:("Parents:" ,R RYY , xx , rryy),(, "Round, yellow", ,"wrinkled, green"),(Fl, Rr Yy , xx , ?),(,"Round, yellow",,):} b] What are the combinations of character in the F_2 progeny? What are their ratios?

When Mendel self pollinated the F_(1) plants of genotype RrYy, in the F_(2) generation, the yellow and green colour segregated in the ratio

When Mendel self pollinated the F_(1) plants of genotype RrYy, in the F_(2) generation, the yellow and green colour segregated in the ratio

When Mendel self pollinated the F_(1) plants of genotype RrYy, in the F_(2) generation, the yellow and green colour segregated in the ratio

Answer the following Give the schematic representation of a cross between plants with yellow round seeds and plants with green wrinkled seed (the F_2 generation).

Seema crossed pure breed pea plants having round-yellow seeds with wrinkled green seeds and found that only A-B type of seeds were produced in the F_1 generation. When F_1 generation pea plants having A-B type of seeds were cross-breed oy self pollination, then in addition to the original found yellow and wrinkled green seeds, two new varieties A-D and C-B types of seeds were also obtained. The above cross is known as