The answer to this question is opinion d
The hybridization of snowshoe hares plays an important role in their ability to match their environment.
Explanation:
Many animals have developed fur or feather colors to blend in with the environment and hide from predators. The snowshoe hare plays an important role in matching with the environment.
According to the season, its fur can be a different color. During winter they are white which helps them to blend in with the snow. When it is spring and summer season the snowshoe hares turn a reddish-brown which helps them to camouflage with dirt and rocks.
The snowshoe hares have large, furry feet that act as their shoes for travelling on the top of the snow. Their fur is to protect them from cold temperature.
Answer:
The answer is D.
Explanation:
Species can, given enough time, get affected for various reasons and end up as resulting in two or more different species that have descended from the same point. And the more time goes by, the more difference there will be among their genotypes and therefore fenotypes.
The example given in the question depicts a situation where a single species branched into thirteen different ones and the most logical prediction given the information in the question is that their genomes should be similar to each other than the genomes of the other five species because their evolution into different species is the most recent one therefore more similarities should be present.
I hope this answer helps.
Answer:
Active transport uses ATP and moves substances against the concentration gradient; facilitated diffusion does not.
Explanation:
Active transports moves against the concentration gradient (hence why it needs energy or ATP to do so, its going "against the grain"). Facilitated diffusion does not require ATP but does something require carrier proteins during passive transport.
Answer:
Auricle/pinna
Explanation:
The pinna is a flap of skin and cartilage which partially covers the opening to the external auditory meatus. It collects and concentrates sound waves into the auditory meatus. The pinna leads into the external auditory meatus which is a tube that directs sound waves to the eardrum also called the tympanic membrane.