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OpenStudy (anonymous):
How much heat is contained in 100 kg of water at 60.0 °C?
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OpenStudy (anonymous):
i just need the answer
OpenStudy (anonymous):
anybody have any suggestions?
OpenStudy (anonymous):
what is the change it t?
OpenStudy (atlas):
any substance at 0 Kelvin is said to have 0 energy
OpenStudy (anonymous):
so what would the answer be? the choices are 30 kcal 2.10x10*4 2.40x10*4 2.77x10*4
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OpenStudy (atlas):
Heat capacity is the amount of energy needed to raise the temperature of a substance by 1 degree celsius
OpenStudy (atlas):
u need to know the heat capacity of water
OpenStudy (anonymous):
is that specific heat? because that is 1.00
OpenStudy (atlas):
yeah
OpenStudy (anonymous):
so how would i solve it?
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OpenStudy (atlas):
this means that 1 calorie of energy can raise the temperature of 1 gram of water by 1 degree celsisus
OpenStudy (anonymous):
so would it be 30 kcal?
OpenStudy (atlas):
can you try to find out how far is 0 kelvin from 60 degree celsius
OpenStudy (anonymous):
213.15
OpenStudy (atlas):
how did you get that?
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OpenStudy (anonymous):
online
OpenStudy (atlas):
wrong.......
see 273.15 on the kelvin scale is same as 0 on the celsius scale
so 60 on the celsius scale is 273.15+60 on the Kelvin scale
OpenStudy (anonymous):
but then how do i solve the answer im fixing to run out of time to submit my answer.
OpenStudy (atlas):
you are desperate to find the answer and not understanding the problem
OpenStudy (anonymous):
do i use the q=mct formula?
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OpenStudy (rajat97):
i think yes
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