If the plants of `F_(1)` progeny are self pollinated, then what would be observed in the plants of `F_(2)` progeny ?

Mendel took tall pea plants and short pea plants and produced F_(1) progeny through cross fertilisation. What did Mendel observe in the F_1 progeny ?

Mendel onserved that all the F_(1) progeny plants.

A pure tall Pea plant is crossed with pure dwarf Pea plant. The progeny is self pollinated. The ratio of true breeding tall Pea plants to true breeding dwarf Pea plants shall be

A pure tall pea plant is crossed with pure dwarf Pea Plant. The progeny is self-pollinated. The ratio of true breeding tall Pea plants to true breeding dwarf Pea plants shall be

Find the statements (i) F_(1) progeny is first hybrid generation and progeny resembles either of parents (ii) F_(2) progeny is a resultant hybrid generation of cross pollination among F_(1) progeny and the progeny shows both dwarf and tall plants (iii) F_(2) progeny is second hybrid generations produced by selfing F_(1) hybrides and progeny contains both dwarf and tall plants (iv) Proportion of probability of plants that are dwarf is 1/4 of F_(2) plants while 3/4 of F_(2) plants are tall

A plan with red coloured folowers is crossed with a plant having white fllowes. The red and white colour of the flower is controlled by a single gene. Red is domainan over white. The F1 progeny is self-pollinated and the flower colour in F2 is observed. Given the above information what is the expected phenotypic ratio of plants with different flower colours ?

In first filial progeny of his experiment, Mendel observed that all the F_(1) progeny poants were