why does the weather becomes slightly warm while snow is melting
Answers
What’s “cold” in most people’s perception is the sudden increase of humidity as snow *begins* to melt. It makes the air *far* better at stripping the heat from your body.
What’s “cold” in most people’s perception is the sudden increase of humidity as snow *begins* to melt. It makes the air *far* better at stripping the heat from your body.Yes, there’s a small contribution made by the extraction of heat from the air that’s *very* near the surface of the snow, but only in a very few (very light) wind conditions would anyone experience that as “bitter cold” unless they’re lying flat on top of the snow.
What’s “cold” in most people’s perception is the sudden increase of humidity as snow *begins* to melt. It makes the air *far* better at stripping the heat from your body.Yes, there’s a small contribution made by the extraction of heat from the air that’s *very* near the surface of the snow, but only in a very few (very light) wind conditions would anyone experience that as “bitter cold” unless they’re lying flat on top of the snow.This would be different in Antarctica, of course: the wind conditions and vast expanses of ice there really mean that one can often be effectively “lying flat on top of the snow” even if the snow is several hundred feet below....
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Answer:
What's "cold" in most people's perception is the sudden increase of humidity as snow *begins* to melt. It makes the air *far* better at stripping the heat from your body.
What's "cold" in most people's perception is the sudden increase of humidity as snow *begins* to melt. It makes the air *far* better at stripping the heat from your body. Yes, there's a small contribution made by the extraction of heat from the air that's *very* near the surface of the snow, but only in a very few (very light) wind conditions would anyone experience that as "bitter cold” unless they're lying flat on top of the snow.
What's "cold" in most people's perception is the sudden increase of humidity as snow *begins* to melt. It makes the air *far* better at stripping the heat from your body. Yes, there's a small contribution made by the extraction of heat from the air that's *very* near the surface of the snow, but only in a very few (very light)Is the sudden increase of numidity as snow *begins* to melt. It makes the air *far* better at stripping the heat from your body. Yes, there's a small contribution made by the extraction of heat from the air that's *very* near the surface of the snow, but only in a very few (very light) wind conditions would anyone experience that as "bitter cold" unless they're lying flat on top of the snow.This would be different in Antarctica, of course: the wind conditions and vast expanses of ice there really mean that one can often be effectively "lying flat on top of the snow” even if the snow is several hundred feet below....
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Explanation:
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