2.→ Now, for each characteristic, use the following Punnett squares to predict what traits could result from a cross between the two-monsters, and answer the questions that follow-based on your results. (Remember- that sperm is produced by the male, and eggs by the female.)¶ Number and size of eyes T Parental genotypes: X- sperm ST eggs

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please answer the last question "number and size of eyes" 

tables are just shown to answer the punnett square

The female monster you created-in Part:1 and a male monster (see Table 2-below) plan to have-baby-monsters.
They are interested in finding out, for-each characteristic, the probability that their offspring will-have a particular-
trait. T
Procedure: T
1.→ First, fill in the missing information in Table 2 for the male monster. T
Table 2. Genotypes and-Phenotypes for the Male Monster
Characteristic
Number and size of eyes T
(complete dominance)
Eye color
(incomplete dominance)
Skin color-
(codominance)
Tail shape T
(complete dominance)
Number of toes (incomplete-
dominance)
Ear shape T
(complete dominance)¤
Genotype
Phenotype
ee
2-small-eyes
RRA
white
GB
Green
dd
Straight
ww
FF'
three toes
aa
Rounded-ears
2.→ Now, for each characteristic, use the following Punnett squares to predict what traits could result -from a-
cross between the two-monsters, and answer the questions that follow-based on your results. (Remember-
that sperm is produced by the male, and eggs by the female.) T
Number and size of-eyes T
Parental genotypes:
X-
sperm
ST
eggs
Transcribed Image Text:The female monster you created-in Part:1 and a male monster (see Table 2-below) plan to have-baby-monsters. They are interested in finding out, for-each characteristic, the probability that their offspring will-have a particular- trait. T Procedure: T 1.→ First, fill in the missing information in Table 2 for the male monster. T Table 2. Genotypes and-Phenotypes for the Male Monster Characteristic Number and size of eyes T (complete dominance) Eye color (incomplete dominance) Skin color- (codominance) Tail shape T (complete dominance) Number of toes (incomplete- dominance) Ear shape T (complete dominance)¤ Genotype Phenotype ee 2-small-eyes RRA white GB Green dd Straight ww FF' three toes aa Rounded-ears 2.→ Now, for each characteristic, use the following Punnett squares to predict what traits could result -from a- cross between the two-monsters, and answer the questions that follow-based on your results. (Remember- that sperm is produced by the male, and eggs by the female.) T Number and size of-eyes T Parental genotypes: X- sperm ST eggs
Table 1. Genotypes and-Phenotypes for the Female Monster
Characteristic
Allele 1
Allele 2
Genotype
Phenotype
Number and size of-
Two-small eyes (e) One large eye (E):
EE
eyesT
(complete dominance)"
Eye color T
(incomplete dominance)
One-large eye
Red (R')
White (R)E
RR'A
White eye
Skin color T
Green (G)
Blue (B)
GGH
green
(codominance):
Tail shape T
(complete dominance)
Curly (D)
curly
Straight (d)
Dd
ww
Number of toes-
Four toes (F')H
Two toes (F)
2-toes
(incomplete dominance)
Ear shape T
(complete dominance)
Rounded (a)
Pointy (A)
Aa
pointy!
Transcribed Image Text:Table 1. Genotypes and-Phenotypes for the Female Monster Characteristic Allele 1 Allele 2 Genotype Phenotype Number and size of- Two-small eyes (e) One large eye (E): EE eyesT (complete dominance)" Eye color T (incomplete dominance) One-large eye Red (R') White (R)E RR'A White eye Skin color T Green (G) Blue (B) GGH green (codominance): Tail shape T (complete dominance) Curly (D) curly Straight (d) Dd ww Number of toes- Four toes (F')H Two toes (F) 2-toes (incomplete dominance) Ear shape T (complete dominance) Rounded (a) Pointy (A) Aa pointy!
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