Answer:
Charles Darwin
Explanation:
Natural selection, most famously proposed by Charles Darwin, states that when presented with an environmental challenge, some individuals in a species will develop adaptations to face these challenges. Successful individuals will be more likely to mate and their offspring will inherit these adaptive traits, and will continue to pass for generations.
In this sense, plants face the challenge of the cold. Those that adapt to the cold will survive and reproduce, those that can't adapt to the cold will die. Eventually, only plants that can tolerate the cold will survive.
Answer:
the answer is A...Im not 100% sure though
Answer:
1: The mRNA would not be sythensised
Explanation:
RNA polymerase - used in transcription to initiate replication of mRNA.
If mutated then it will result to no mRNA synthesied????
Answer:
<em>plants grow in dessert (xerophytes) shows adaptation to storage of water, there cells store large amount of water. They also conserve water by reducing the rate of transpiration and converting leaves into spine.</em>
<em>plants grow in dessert (xerophytes) shows adaptation to storage of water, there cells store large amount of water. They also conserve water by reducing the rate of transpiration and converting leaves into spine.The plants that grow on sea shores have a hypertonic medium so they have salt glands to remove excessive salt.</em>
<em>plants grow in dessert (xerophytes) shows adaptation to storage of water, there cells store large amount of water. They also conserve water by reducing the rate of transpiration and converting leaves into spine.The plants that grow on sea shores have a hypertonic medium so they have salt glands to remove excessive salt.The aquatic plant doesn't need cuticle to conserve water from exosmosis.</em>
The law of conservation<span> of </span>mass<span> states that </span>mass<span> in an isolated system is neither created nor destroyed by </span>chemical<span> reactions or physical transformations. According to the law of </span>conservation<span> of </span>mass<span>, the </span>mass<span> of the products </span>in a chemical reaction<span> must equal the </span>mass<span> of the reactants.</span>
