Questions: (Q1) What would happen to the final result (what is the final answer?) if the graduated cylinder were colder than the water sample in step (4)?
(Q2) What would happen to the final result if the graduated cylinder were colder than the water sample in step (7)?
(Q3) What would happen to the final result if you read the volume very slowly in step #4 and waited a long time before pouring into the calorimeter in step #5?
(Q4) What would happen to the final result if the ice you had in the calorimeter was actually at less than 0.0C?
(Q5) For this lab (amount of heat lost by warm water ) = (amount of heat gained to melt the ice) when there was some ice left in the mixture and the final temperature was close to 0.0C. Write similar equation (not number crunching!) if the final temperature was 5.0C and there was no ice left (you waited too long so all the ice melted and the temperature of the mixture went up to 5.0C).
Questions: (Q1) What would happen to the final result (what is the final answer?) if the graduated cylinder were colder than the water sample in step (4)?
(Q2) What would happen to the final result if the graduated cylinder were colder than the water sample in step (7)?
(Q3) What would happen to the final result if you read the volume very slowly in step #4 and waited a long time before pouring into the calorimeter in step #5?
(Q4) What would happen to the final result if the ice you had in the calorimeter was actually at less than 0.0C?
(Q5) For this lab (amount of heat lost by warm water ) = (amount of heat gained to melt the ice) when there was some ice left in the mixture and the final temperature was close to 0.0C. Write similar equation (not number crunching!) if the final temperature was 5.0C and there was no ice left (you waited too long so all the ice melted and the temperature of the mixture went up to 5.0C).
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