In horses, black coats (B) are dominant to chestnut coats (b). Trotting (1) is also dominant to pacing (t). If a homozygous black pacer

(BBtt) is mated to a homozygous chestnut trotter (bbTT), what percent of the offspring will have bbtt?

Question

Biology

Kasen Adkins

16 April, 04:35

In horses, black coats (B) are dominant to chestnut coats (b). Trotting (1) is also dominant to pacing (t). If a homozygous black pacer

(BBtt) is mated to a homozygous chestnut trotter (bbTT), what percent of the offspring will have bbtt?

+3

Answers (1)

Know the Answer?

Tiana Mason · Answer 1

0%

Explanation:

Both alleles appear homozygous dominant in one of the parents, therefore if you cross them in a punnett square all will be heterozygous.

In horses, black coats (B) are dominant to chestnut coats (b). Trotting (1) is also dominant to pacing (t). If a homozygous black pacer(BBtt) is mated to a homozygous chestnut trotter (bbTT), what percent of the offspring will have bbtt?

In horses, black coats (B) are dominant to chestnut coats (b). Trotting (1) is also dominant to pacing (t). If a homozygous black pacer

(BBtt) is mated to a homozygous chestnut trotter (bbTT), what percent of the offspring will have bbtt?