- #1
ergonomics
- 14
- 0
i am not sure if my question fits in this place.
if i have certain amounts of water and oil, 3kg and 4kg.
i mix them together, and i want to find the specific heat capacity of the mixture, according to my book the specific heat capacity of such a mixture is the sum of the two specific heat capacities of the liquids.
this does not really make any sense to me, if i put heat into the mixture shouldn't the water or the oil part of the mixture take longer to heat up?
does the heat transfer not depend on the heat capacity individually?
certain parts of the mixture are made of oil and water and therefore supposed to have different heat capacities, and yet when you put them into a mixture they all have the same heat capacity.
if i have certain amounts of water and oil, 3kg and 4kg.
i mix them together, and i want to find the specific heat capacity of the mixture, according to my book the specific heat capacity of such a mixture is the sum of the two specific heat capacities of the liquids.
this does not really make any sense to me, if i put heat into the mixture shouldn't the water or the oil part of the mixture take longer to heat up?
does the heat transfer not depend on the heat capacity individually?
certain parts of the mixture are made of oil and water and therefore supposed to have different heat capacities, and yet when you put them into a mixture they all have the same heat capacity.