A diploid flowering plant has chromosome number 2n=12 (i.e., n=6). Assuming each of the six chromosomes can independently assort during meiosis, how many distinct haploid gamete combinations are theoretically possible?
Answer
64
The correct answer is 64 — Compute 2^6=64.
Step-by-step solution
- Determine the haploid chromosome number: n=6.
- Recognise that each chromosome can segregate either way, giving 2 choices per chromosome.
- Realise that the total combinations are 2 raised to the power of n.
- Compute 2^6=64.
Common mistake: Using 2^12 instead of 2^6
Concept tested: Independent assortment
Published · How this solution was prepared and checked
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