There are about 8 million possibilities for the gametes.
16 (haploid number = n, and diploid number =2n) so if n=8, the diploid number is 2x8 = 16
about 8 million.
there are two possible combinations
16
The number of chromosomes in a organism can vary. Humans have 46 chromosomes, or 23 pairs.
The chromosomes with the same gene content, size, and shape in diploid organism is called homologous chromosomes. The set of chromosome each came from maternal and paternal chromosome.
One half of each tetrad will have a maternal homolog:(1/2)^10 (one half to the tenth)
64 - Apex
32
For a species with three pair of chromosomes how many gametic combinations are possible?
The number of chromosomes in a organism can vary. Humans have 46 chromosomes, or 23 pairs.
The chromosomes with the same gene content, size, and shape in diploid organism is called homologous chromosomes. The set of chromosome each came from maternal and paternal chromosome.
False, A haploid organism only has one set of chromosomes, so it has no homologous chromosomes.
One half of each tetrad will have a maternal homolog:(1/2)^10 (one half to the tenth)
64 - Apex
1/33000
16 (apex)
Since a somatic cell (body cell) has 2n sets of chromosomes, and a gamete has n sets of chromosomes, then in this case: 18 = n, so 2n = 36. This organism has 36 chromosomes in its somatic cells.
32
An organisms gets its chromosomes from its parent(s).
Well, every species is different as different species have different numbers of chromosomes. So it would depend on the organism. But, if you are asking about humans. Humans have 46 chromosomes. So a human sperm would have 23 chromosomes.