Answer: dominants and
recessive.
Explanation:
Mendel's monohybrid cross is definied as
- a genetic combination of two homogeneous genotypes.
- One is <em>dominant(TT)</em> to other <em>(tt-recessive).</em>
Result in F1 generation: 4 dominant(Tt), 0 recessive (tt)
Result in F2 generation: 3 dominant(TT, 2Tt), 1 recessive (tt)
[If one T is present then we call it Tall (Donimant effect), if none then we call it dwarf]
The results in the F2 generation after a monohybrid cross: dominants and
recessive.
