The distance from the Sun allows for the right amount of light absorption, allows the right intensity of heat, and the gravitational pull of the sun on the earth keeps it from going out into outer space.
Hope this helped :)
<span>Very very unlikely.
Since the recessive allele is on the X chromosome, in order for a woman to have this condition, both copies of her X chromosome has to have the recessive allele. One copy of the allele would have to come from her mother, and the second copy from her father. The copy from her mother is a 50/50 chance if her mother was heterozygous with one copy of the recessive allele and one copy of a normal allele and therefore didn't exhibit the dystrophy and therefore didn't know she was a carrier. But the father only has 1 copy of the allele and therefore would exhibit the dystrophy and as such would be unlikely to have engaged in procreative sex that would pass on the defective allele to his offspring. This is especially true since duchenne muscular dystrophy will typically start to manifest itself in male children around starting around age 4.</span>
W. Adenine / Thymine. B. Guanine / Thymine / Cytosine.
<u>Complete Question:</u>
Which animal adaptation is well-suited for the canopy of a tropical rain forest?
A) hooves of the forest antelope
B) the pythons ability to crush its prey
C) the prehensile gripping tail of a spider monkey
D) the hand-like trunk and large grinding teeth of the African forest elephant
<u>Answer:</u>
The prehensile gripping tail of a spider monkey is the best animal adaptation character for canopy of tropical rain forest.
<u>Explanation:</u>
In forest ecology, canopy is defined as the upper layer of mature tree crowns which acts as a habitat for many wildlife animals such as parrots, sloth, Orangutan, spider monkey etc. Now we can see that option A, B, D talks about the adaptation characterizes of animals whose habitat is not canopy.
But in option C talks about the adaptational character of spider monkey which is about the prehensile gripping tail of the spider monkey which helps them to move gracefully from branch to branch. Hence we can conclude option A as right answer.
Answer:
their bodies are too adapted to the cold climate on their natural habitat, so they would most likely survive in a warmer climate