ATP
Explanation:
ATP is produced in the cells and its conversion to energy is a single-step process.
Answer:
<h2>
The probability of a cross between RRYY x RrYy to generate a yellow and wrinkled seed offspring is 0%.</h2>
Explanation:
Circular and yellow seeds are overwhelming and wrinkled and green seeds are passive. It is vital to keep in mind that resective characteristics are as it were displayed when the sibling has two passive alleles for those characteristic, in the event that the descendant includes a latent allele and a overwhelming allele, the characteristic that will be presented is the overwhelming one. For this reason, able to say that a cross between RRYY x RrYy plants, would not create any descendant with wrinkled and yellow seeds. Typically since, the descendant of a crossing, must show an allele of each parent. One parent as it were has overwhelming alleles (RRYY), so able to say that all descendant will get 1 overwhelming allele for color and a overwhelming allele for seed surface, anticipating the sibling from communicating latent characteristics.
Answer:
Ovaries are primary female reproductive organs. They secrete hormones, they protect the eggs a female is born with and they release eggs for possible fertilization.
Explanation:
Hope this helps!!!!!!!!!!!!!!!!!
Forever friend and helper,
Cammie :)
I'll connect it with the formation of simple organic molecules since it describes that the atmosphere was composed of different gases mainly methane, ammonia and hydrogen and was deprived of oxygen and carbon and other biological gases or nearly.
<span>In the most popular Miller-Urey experiment, the most living organisms were first developed under the formation of the simple macromolecules that composes most organelles in the cells of a living organism. It started with the gases –methane, ammonia and hydrogen which came in contact with electric spark that aided the first formation of the basic components like amino acids, nucleic acids and RNA. Then resulted to the development of prokaryotes or the autotrophs.<span>
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