Answer:
red
Explanation:
When the source of light moves away or comes closer to an individual, the wavelength of the light decreases or increases respectively and the color of the light changes slightly in what is known as the <u>doppler effect</u>.
When the light source moves towards an individual, the wavelength shifts towards the <u>blue</u> end of the spectrum, and the phenomenon is known as the <u>blueshift</u>. When the source of light moves away from an individual, the wavelength shifts towards the <u>red region</u> of the spectrum, and the phenomenon is known as the <u>redshift</u>.
I believe it’s d. automobiles. Hope this helps. Good luck :)
The answer is Negative charges on phosphate groups repel each other. The oxygen groups of a phosphoanhydride in ATP have electron cloud that repels each other. On hydrolysis, once a phosphate is lost, the electrostatic repulsion is reduced.
When ATP is hydrolyzed, it forms more hydrogen bonds with surrounding water molecules that when ATP is unhydrolyzed. Therefore, more energy is released since more bonds are formed than are broken. The net delta G is positive during hydrolysis of ATP.
False!
I hope i help,tell me if i was wrong.
The processes differ in two<span> fundamental. </span>Meiosis<span> has </span>two<span> rounds of genetic separation and cellular division </span>while mitosis<span> only has one of each. </span>In meiosis<span>homologous chromosomes separate leading to </span>daughter cells<span> that are not genetically identical. T</span>wo cells<span> with no net change </span>in<span> the number of chromosomes.</span>
