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Exothermic, because energy is released.
When warm water is added to coll water, the temperature of the combined fluid is warmer than that of the cool water and cooler than that of the warm water.
If a solid reactant is placed in a beaker of warm water and the temperature was slightly reduced after it dissolved, it may produce more bubbles as a result of more heat escaping.
Salt dissolves better in warm water.Also if the salt is in water it will automatically dissolve if the water is hot or cold.So in that case heat does not effect the dissolving of salt.
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Exothermic, because energy is released.
Yes, provided that they are full internationals.
Warming is not a reaction.
it effects its climate from warm to maybe even humid or freezing cold.
The beaker will eventually cool down, while the room will warm up. The room, having a much larger mass, will only warm up slightly.
The scarf insulates the beaker from having direct contact with the surrounding warm air, thus slowing the transfer of heat.
When warm water is added to coll water, the temperature of the combined fluid is warmer than that of the cool water and cooler than that of the warm water.
it would shrink in cold and expand in warm, if you really want to surprise your teacher say it has to do with particle theory
Because in the South they have warm waters that can cause hurricanes. Hurricanes are formed with warm water temperatures.
"warm" isn't an abbreviation for anything. That's the word.
Yes, the natural greenhouse effect keeps the earth's atmosphere warm enough for us to live.