"<span>DNA is translated in the nucleus, and RNA is transcribed in the cytoplasm" is the statement among the following choices that is a true statement. The correct option among all the options that are given in the question is the third option or option "c". I hope the answer has helped you.</span>
Answer:
Heat stroke is acquired during extreme physical exercise when the environment is hot, strenuous activity, excess clothing and tight clothing, drinking alcohol and smoking during a hot season or environment,when you are dydrated and not drinking water. Some medication and age also add to having heat stroke.
It causes disrupts in the feedback loop because it doesn't form a circular chain. It can be both positive and negative chain. Feed back loop is known to be either negative or positive channel or pathway formed by an effects.
The impact and disruption it has on human physiology
1.it causes brain damage
2.it leads to death
3.it also causes vital organ damage
Explanation:when the environment is hot, it makes you heat up fast when exercising and increase your temperature because the atmospheric temperature is high,and when exercising in this condition without air conditioner to cool your surroundings it leads to heat stroke.
When wearing heaving clothing and tight clothing during physical exercise it makes you to not lose moisture and makes air not easily passed to you, this causes your body to heat up fast and thereby causing heat stroke.
When dydrated and not drinking water causes you to overwork you body and not cool it down, it leads to heat stroke.
Heat stroke causes brain damage, leads to death when not taken immediately or rush to the health center or hospital.
Answer:
D
Explanation:
Prokaryotic cells have no nucleus, eukaryotic cells do. A squirrel is eukaryotic, therefore it’s genetic material will be stored in the nucleus.
Microevolution<span> happens on a small scale (within a single population), while </span>macroevolution<span> happens on a scale that transcends the boundaries of a single species. Despite their </span>differences<span>, evolution at both of these levels relies on the same, established mechanisms of evolutionary change: mutation.</span>
