In Mendel's dihybrid cross,what percentage of the total $F_2$ progeny had green seeds (in $\%$)?

Appearance of new combinations in $F_2$ generation of a dihybrid cross proves the law of . . . . . . .

In a plant,gene '$A$' is responsible for tallness and '$a$' is the recessive allele for dwarfness. Gene '$B$' is responsible for red flower color and '$b$' is the recessive allele for white flower color. $A$ plant with genotype $AaBb$ (tall and red) is crossed with a plant with genotype $aaBb$ (dwarf and red). What is the percentage of dwarf-white flowered plants in the progeny (in $\%$)?

Which law is demonstrated by Mendel's dihybrid cross?

State the Law of Independent Assortment and explain how it is derived.

The phenotypic ratio of a dihybrid cross is ....