to what color the flowers would be given the amount of pigme

to what color the flowers would be given the amount of pigment producing enzyme present. Whatever you hypothesize in columns a and b, you answer to column e should be consistent with you those colors. (c) Wild- (a) Mutant (b) (d) (e) Type of Homozygote Heterozygote type Allele dominance 2 phenotype phenotype Homozygote classification (between phenotype (wild mutant and type/mutant) wild-type alleles) 3 A4 A E p 100 100 purple purple wildtype purple antimorph simple white white dominant- dominance negative) p 20 purple purple p T 300. 200 purple purple produces re not purple, pigment; produces red and purple pigments.

Solution

The table is as follows:

			(a)	(b)	(c)	(d)	(e)
p1p1	20	60	white	purple	purple	hypomorph	recessive
p2p2	0	50	white	purple	purple	amorph	recessive
p3p3	300	200	purple	purple	purple	hypermorph	dominant
p4p4	0a	50b	red	red and purple	purple	neomorph	niether dominant nor recessive