The one electron in its valence shell would most likely be donated to form a positively charged ion.
<h3>What is potassium?</h3>
Potassium is an element of group one. This element is univalent and has a valency of one. This implies that the outermost shell of the potassium atom is composed of only one electron.
Thus, the one electron in its valence shell would most likely be donated to form a positively charged ion.
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The longest phase of the cell cycle would be interphase
Capacity and overall strength of their lungs and heart.
Answer:
The correct option is option C, nucleus
Explanation:
As the scenario described in the question, the medicine X functions on the DNA as it's characteristic shows that it is damaging the DNA. The DNA is present inside the nucleus of a cell. Hence, for a medicine to function on the DNA, the medicine must enter the nucleus of the cell as it is the location where the DNA is present.
Other options like, option D, is not correct because the process of conversion of mRNA into proteins takes place in the ribosomes and DNA is not present there.
The appropriate response is plasma protein. This is proteins exhibit in blood plasma. They serve a wide range of capacities, including transport of lipids, hormones, vitamins and minerals in the circulatory framework and the control of cell action and working of the safe framework.
