Since this is asking for 2^N with N being 5, then itβs 22222=32
32
its 64 for apex
If it says βIf an organism has four pairs of chromosomesβ then the answer is 16
64-Apex
64 Apex
32
64
16 for apex
32
64 - Apex
32
they have the same sex chromosomes, making it possible to reproduce another one of it's kind. they plow each other and make another one of themselves.
true
In organisms where meiosis occurs to create gametes, sex cells are made to have half as many chromosomes as regular body cells have. For example, a human man's sex cell or gamete would have 23 chromosomes and the non-sex cells in his body (the ones that aren't produced in his testes) would contain 46 chromosomes. This is for the purpose of creating progeny that have an increased variety of genetic information. This is possible because the male gamete combines with the female gamete to create a whole new organism with a new combination of genetic information that has the correct number of chromosomes.
64 - Apex
32
16 (apex)
For a species with three pair of chromosomes how many gametic combinations are possible?
36 i believe
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.
To put this answer as simply as possible, an organism's genotype can change due to either a random mutation in the DNA/chromosomes or the insertion of DNA from one organism into the DNA of another organism.
Anaphase 1 - the crossing over of chromosomes, they swap genetic material determining what you genetically inherit
The number of chromosomes in sperm cells varies among organisms. Without knowing the specific organism mentioned above, it is not possible to determine the exact number of chromosomes in its sperm cells.
both sexual reproduction and mitosis =)
For example, chimpanzees have 48 chromosomes, humans have 46. Are there any animal species (or plant or other species for that matter) which has some individuals with some number of chromosomes, and some individuals with another number of chromosomes. Not including genetic conditions such as Down's Syndrome. * in some insects the males and the females have a different number (usually the male has half but not always) they are called haploodiploid * in plants different parts of the plants life cycle will have different ploidia (2 sets, 3 sets) * but the closest to what you are looking for is fungi in which each organism and sometimes different cells in the same organism have random numbers of chromosoms
Absolutely. Though you would have to modify the phase variance.