Why Does Cold Water Heat Faster Than Hot at Alexander Leeper blog

Why Does Cold Water Heat Faster Than Hot. As the inner surface of the bottom of the pot approaches the boiling. The lower temperature water will tend to freeze from the top, reducing further heat loss by radiation and air convection, while the warmer water will tend to. Similarly the cold water heats up much faster than the hotter water as in degree change per unit of time is faster however if you consider the total time. Cold water appears to boil sooner than warm or hot water, but this is deceiving. This is because the delta t of the colder water is larger than the warmer water. Once it gets up to the temperature of hot water, the heating rate slows down and from there it takes just as long to bring it to a boil as the water that was hot to begin with. As a result, cold water will be absorbing heat faster while it is still cold;

Weird Science Facts — Cold water heats up faster then hot water
from weirdsciencefacts.tumblr.com

The lower temperature water will tend to freeze from the top, reducing further heat loss by radiation and air convection, while the warmer water will tend to. Once it gets up to the temperature of hot water, the heating rate slows down and from there it takes just as long to bring it to a boil as the water that was hot to begin with. This is because the delta t of the colder water is larger than the warmer water. As the inner surface of the bottom of the pot approaches the boiling. Cold water appears to boil sooner than warm or hot water, but this is deceiving. Similarly the cold water heats up much faster than the hotter water as in degree change per unit of time is faster however if you consider the total time. As a result, cold water will be absorbing heat faster while it is still cold;

Weird Science Facts — Cold water heats up faster then hot water

Why Does Cold Water Heat Faster Than Hot As a result, cold water will be absorbing heat faster while it is still cold; Similarly the cold water heats up much faster than the hotter water as in degree change per unit of time is faster however if you consider the total time. This is because the delta t of the colder water is larger than the warmer water. The lower temperature water will tend to freeze from the top, reducing further heat loss by radiation and air convection, while the warmer water will tend to. As the inner surface of the bottom of the pot approaches the boiling. Cold water appears to boil sooner than warm or hot water, but this is deceiving. As a result, cold water will be absorbing heat faster while it is still cold; Once it gets up to the temperature of hot water, the heating rate slows down and from there it takes just as long to bring it to a boil as the water that was hot to begin with.

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