Your answer is D. 32
If it has 5 pairs of chromosomes, it could produce 2^5 or 32 unique chromosomes. The number of different gametes is determined by counting the number of heterozygous chromosomes and raising 2 to this power. So, if all the homologous are exactly the same, there would only be 1 possible type of chromosome.
An organism with NO heterozygous chromosomes, like BB or AAbbCCDDeeFF can produce 2^0 or 1 type of gamete- B or AbCDeF, respectively. An organism with the genotype AaBBccDdee has 2 pairs of hetrerozygous chromosomes (the As and the Ds), so the number of different gametes is 2^2 or 4. So, an organism with 5 pairs of chromosomes, AaBbCcDdEe, could produce 2^5 or 32 gametes: aBCDE, AbCDE, ABcDE, etc.
Answer: T cells
Explanation: Other cell types are also involved, the T cells are central in the rejection of grafts. The rejection reaction consists of the sensitization stage and the effector stage.
Answer:
Earth history enables us to understand those changes which no human being has ever seen (or if they have, they didn't record it) and to relate them to modern changes. Such events include: The rise and extinction of the dinosaurs. The formation of the Grand Canyon.
Explanation:
According to the graph, we can see that the white cans cool a little bit slower than black cans on the same conditions.
On the first ten minutes, we can see that the temperature of water in black cans decreased from 100°C to 50°C. and the temperature of water in white cans decreased from 100°C to 75°C.
To explain this, you need to know what is a dark and white color?
<span>it's a color in which the total absorption of all wavelengths and none of these wavelengths will be reflected. But since light is a form of energy expression, </span>we can conclude that the black color has no energy on it. on the opposite of the white color, which absorbs all wavelengths, so it has energy on it (which will turn into heat), and that's why it could keep the temperature better than the dark color (all is about energy).
Nucleic acids is the answer