Question

The same amount of heat is added to 100 g of water and 1 kg of water starting at the same temperature. What will happen?

The 100 g of water will reach a higher temperature.
The 1 kg of water will reach a higher temperature.
They will both reach the same temperature.
There will be no significant change to either.

Answer 1

@Abhisar !

Answer 2

What do you think it should be ?

Answer 3

ok i am think about The 100 g of water will reach a higher temperature.

Answer 4

Why ?

Answer 5

because 100g of water will reach a higher temperature cause the formula heat= (mass h2o) (sp. ht. H2o) (delta T) if the 2 are equal the the delta T for the 100 g solution will have 10 x as large as delta for 1000g solution. sorry w-fi is bad it is taking forever.

Answer 6

i am new to this lesson so i not to sure

Answer 7

\(\large \sf H=m \times C\times\delta T\), here C(specific heat) and H(energy) is constant so,

-->\(\large\sf \delta T\propto \frac{1}{m}\)

Answer 8

So, more the mass less will be the change in temperature and less the mass more will be the change in temperature.

Answer 9

oooooh! thank you!

Answer 10

\(\color{red}{\huge\bigstar}\huge\text{You're Most Welcome! }\color{red}\bigstar\)
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