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November 01, 2025, 12:41:05 pm

Author Topic: Calorimetry and calorimeters  (Read 1752 times)  Share 

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suskieanna

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Calorimetry and calorimeters
« on: March 12, 2019, 02:40:59 pm »
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Hello I learnt about calorimetry and calorimeters at school (when it is meant to be learn in semester 2) but I still didn't understand dwhen to use solution calorimeter and bomb calorimeter.
I am currently finishing my study note so that I can start my revision for my upcoming sac.
can anyone plz help me with calorimetry and calorimeters in general with some references to the study design dotpoint: the principles of calorimetry; solution and bomb calorimetry, including determination of calibration factor and consideration of the effects of heat loss; and analysis of temperature-time graphs obtained from solution calorimetry.

Owlbird83

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Re: Calorimetry and calorimeters
« Reply #1 on: March 14, 2019, 05:44:09 pm »
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Hello I learnt about calorimetry and calorimeters at school (when it is meant to be learn in semester 2) but I still didn't understand dwhen to use solution calorimeter and bomb calorimeter.
I am currently finishing my study note so that I can start my revision for my upcoming sac.
can anyone plz help me with calorimetry and calorimeters in general with some references to the study design dotpoint: the principles of calorimetry; solution and bomb calorimetry, including determination of calibration factor and consideration of the effects of heat loss; and analysis of temperature-time graphs obtained from solution calorimetry.

A bomb calorimeter is for gas and a regular calorimeter is for aqueous solutions.
When you are doing the questions use the plug the values given into the calibration factor formula:
CF=VIt/T
and then use it to find the energy of the reaction by putting it in the formula:
Energy of reaction=CF x changeTemp

Hope this helps!
2018: Biology
2019: Chemistry, Physics, Math Methods, English, Japanese
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