The molecules in ice are close together and do not have any movement, or energy at all (frozen). The molecules in water are apart from each other and do have motion and energy. The molecule in gas or vaporization, are far apart from each other, have rapid movement, and have a great amount of energy. Just think that the lighter the liquid state of matter gets, the more energy and motion it has.
Answer:
Answer is A. Profuse bleeding.
Explanation:
The acute response can be described as an early or immediate response of the tissue to injury. It is always for a short period of time.
Acute inflammation involves some processes which are initiated in order to limit damage to tissues.
The acute inflammatory process include pain, redness, immobility, swelling and heat.
In this case, profuse bleeding is the only one that is not part of the processes.
Therefore, the young man will not experience profuse bleeding.
Answer:
The binding of a neurotransmitter on a postsynaptic cell allows potassium ions to diffuse out of the cell. This would result in a NEGATIVE CELL MEMBRANE POTENTIAL which is an HYPERPOLARIZATION event.
Explanation:
The binding of a neurotransmitter to a postsynaptic cell results in a group of channels in the cell membrane called ligand gated channels open or close in response to that binding.
Hyperpolarization occurs when a ligand gated channel opens and allows potassium ion to flow out of the cell.
During hyperpolarization, potential of the cell membrane experience changes which makes it to become more negative.
Answer:
A. Melting the substance doses not change the substance
Explanation:
Answer:
If there is a change in the gene, this can further create a new generation of organisms with this change. With certain changes, it enables organisms to survive in other conditions.
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