it has no atmosphere to distribute heat and no water to absorb and release heat. he earth's relatively consistent temperatures are caused by the fact that 70% of its surface is water, which absorbs large quantities of solar energy and releases it slowly back into the atmosphere as heat, while the atmosphere retains and distributes that heat. on the moon, rocks on the sun side absorb heat, becoming very hot, but as soon as they rotate into shadow they quickly radiate that heat into space and become very cold.
the moon has extreme heat and extreme cold because the moon has no atmosphere. unlike earth the moon and other planets do not have living life there fore do not have any atmospheric signs or any atmosphere.
dolphins do not live in either extreme heat or cold
Yes, extreme heat or cold can damage a plant.
either extreme heat or extreme cold
Both are equally dangerous.
dcxc
homeostasis
Bacteria can respond to extreme heat by forming heat-resistant endospores, and to extreme cold by adjusting their membrane and metabolic activity. These mechanisms help protect the bacteria and allow them to survive in harsh environmental conditions.
More people tend to die from extreme heat than from extreme cold. Heat-related illnesses, such as heat stroke, are more common and can be more deadly than cold-related illnesses. Additionally, heat waves can affect larger populations compared to cold spells.
harsh cold-extreme heat
I would rather suffer extreme cold, as it is generally easier to layer clothing and find ways to warm up. Extreme heat can be more challenging to find relief from and can have more severe health risks.
Both will kill you and both are dangerous. If you were to try and quantify it however. If you were to start with body temperature which is approximately 37 degrees Celcius, and compare one degree either side of that and continue onwards from that, heat would kill you before cold would.