Drag the genotypes and phenotypes from the left to correctly complete the punnett square for the f2 generation. drag only blue labels to blue targets and pink labels to pink targets. labels may be used more than once.

I found the exercise on the internet. Attached is the Punnett square and the labels to place in it.

For the spot (a), place the blue label "GG" because that square is correspondent to the combination of the alleles G and G from both parents. For the spot (b), place the pink label with a green pod because green is the dominant trait as both parents are heterozygous and present green colour.

For the spot (c), place the blue label "Gg" because that square is correspondent to the combination of the allele G from an egg and the allele g from the sperm. For the spot (d), place the pink label with a green pod because green is the dominant trait as both parents are heterozygous (as well as this genotype) and present green colour.

For the spot (e), place the blue label "Gg" because that square is correspondent to the combination of the allele g from an egg and the allele G from the sperm. For the spot (f), place the pink label with a green pod because green is the dominant trait as both parents are heterozygous (as well as this genotype) and present green colour.

For the spot (g), place the blue label "gg" because that square is correspondent to the combination of the alleles g and g from both parents. For the spot (h), place the pink label with a yellow pod because yellow is the recessive trait as both parents are heterozygous and present green colour.

Answer:

the statements that apply here about binary star system are

"have stars that might appear to wobble"

"often have one star that is brighter than other"

a binary star is a star system consisting of two stars revolving around their common barycenter. systems of two or more stars are called multiple star systems.