The more plants and animals in a habitat, the greater the biomass, which is now habitats store energy. The greater the number of species the more competition there is for food between predators, which sustains their populations
Answer: wind, water, and gravity.
Explanation:
Answer:
They mostly breed and adapt to their environment. There are multiple example of animal using the fur or skin to camouflage into the darkness or as other animal to scare off predator.
Explanation:
Answer:
Personally i think it is cool but in reality it is a bit risky. That right there is an expectation not reality. It will cost up to billions of dollars. If people are willing to take the risk, it is up to them, it sounds great for me but no.
Answer:
The probability is 0.25 or 25%
Explanation:
To answer that question, you need to solve a Punnett Square. The Punnett Square allows you to observe the crossing of two parents, being able to observe the relationship between the alleles of each parent in the construction of the offspring. Punnett Square, is made on a table with eight squares. The alleles of one parent are placed in the first row, while the alleles of the other parent are placed in the first column. Therefore, each allele of one parent is combined with the allele of the other, as the remaining squares are filled. This combination of alleles leads to the genetic probability of a possible offspring.
In the case of the question above, the cross between the alleles of parents that both have the Tt (Tt x Tt) alleles is shown below, using the Punnett square.
T t
T TT Tt
t Tt tt
At this intersection, we can see that the "tt" alleles only appeared once in an offspring of 4 possibilities. Thus, we have a 1/4 calculation that is equal to 0.25, which represents a 25% probability that the offspring of this crossing will present individuals with the "tt" alleles.
