1.Arrow A represents the process of photosynthesis.
<span>2.This shows the process of light energy converting into chemical energy </span>
<span>3.Photosynthesis absorbs carbon dioxide and converts it into energy as biomass, so that its able to be used for something else later on.</span>
Answer:
d. More than 95% of our DNA is non-coding DNA
Explanation:
In humans only about 1% of DNA is coding, that is, only 1% of our genome is composed of exonic regions capable of synthesizing proteins. Teherefore, the other 99 percent is noncoding. When this was discovered the scientists thought that 99% of non-coding DNA was "junk" , however, now we know that some of the non-coding DNA is important to regualte gene expression.
Answer:
explanation
Explanation:
it it depends whether or not thermal energy or heat is being transferred to the particles if thermal energy is being transferred to the particles the particles will move faster.
A protein's shape is important because each protein has a specific action (or function) that it does, and it has to "fit" other molecules sometimes. For example, enzymes have active sites where the molucules bind to it. The active site is shaped to fit specific molecules. The enzyme sucrase only fits the sucrose molecule. Another example is hemoglobin, which does not have a nucleus because it functions as the carrying molecule for oxygen and needs the space for storage. Protein carrier molecules in cell membranes also have receptor sites that are shape specific to the molecule they are intended to transport.
A protein has 4 levels of structure and cannot funtion unless it has achieved the tertiary level.
1.some (most cases) protein acting as enzymes 2.some proteins help to maintain structural frame work (like virus core proteins)3.there are so many cannot generalize more,
I think that for your own safety put on a gas mask, and wait for ambulance, firefighters and police.
