Answer:
B. Converting energy stored in sugar to ATP.
Explanation:
Mitochondria is an important organelle of the cell. It is also called power house of the cell because it genetates energy from the glucose molecule in the process of respiration. In respiration, energy is released from the food in the mitochondria of the cell with the addition of oxygen. The energy is produced in the form of Adenine tri phosphate (ATP). So if the mitochondria damage, the cell will not survive.
A punnet square determines all of the ways in which alleles can combine. It may be used to predict ratios of offspring genotypes and phenotypes. However, Punnet squares cannot determine actual outcomes. They can only predict the possibility for things to happen. The exception to this takes place when the cross occurs with two homozygous dominant or recessive genes and the resulting offspring is either be 100% homozygous dominant or recessive.
<span>The cells all have different qualities.
A plant cell will have a cell wall (the others don't have these) and so it will be kept in a rigid shape, unlike the others which are free to be blobby. Inside a plant cell, there is also a vacuole containing cell sap. The others don't have this. Plant cells also have chloroplasts, which look similar to mitochondria on a diagram. Chloroplasts contain chlorophyll, and this is used for photosynthesis. </span><span>
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Answer:
action spectrum of photosynthesis
Explanation:
<em>The action spectrum of photosynthesis represents the regions of white light that are utilized during the process of photosynthesis by green plants.</em>
According to studies, the action spectrum of photosynthesis corresponds to the blue and red regions of white light.
Hence, the two distinct regions of bacterial growth along the length of the filamentous algae observed by Engelmann represent the blue and red region of the white light.
As photosynthesis was taking place across the two regions, oxygen was being produced. Oxygen is necessary for the growth of aerobic bacteria and as such, they were able to grow across the regions where oxygen was being produced.