Multiple Choice
In his monohybrid crosses, Mendel deduced that one trait was recessive because _____.
A) that trait was not present in the F1 and did not reappear in the F2
B) that trait was present in the F1 and in the F2
C) that trait was not present in the F1 and reappeared in the F2
D) that trait was present only in the parents
E) that trait was present only in the F2
Correct Answer:

Verified
Correct Answer:
Verified
Q1: In crosses involving complete dominance, the F₂
Q2: In Mendel's crosses, pure-breeding individuals were always
Q3: Does the segregation or separation of members
Q4: In all Mendel's crosses, it did not
Q5: Pedigrees _.<br>A) provide information on the patterns
Q7: In a cross between a true-breeding plant
Q8: If a dihybrid cross is begun with
Q9: Two heterozygous smooth-pea pea plants are crossed
Q10: A cross between two individuals who differ
Q11: In a pedigree, a double line connecting