elt EXAMPLE 1 2 wollA Given the following data, calculate the heat lost by the warmer water, the heat gained by the cooler water, the heat lost to the calorimeter, and the heat capacity m01 o1 10 of the calorimeter. tm to Jm Temperature of 50.0 mL warmer water: 37.92°C T du O 0: 1 Temperature of 50.0 mL cooler water: 20.91°C = T OI 90 Temperature after mixing: 29.11°C = T, vinim ai ALIOOOTS 19 W oUAO: demck

Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter12: Thermodynamic Processes And Thermochemistry
Section: Chapter Questions
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How did they find the mixing temperature of 29.11 C? Thank you for your help!

elt
EXAMPLE 1
2 wollA
Given the following data, calculate the heat lost by the warmer water, the heat
gained by the cooler water, the heat lost to the calorimeter, and the heat capacity
m01 o1
10
of the calorimeter.
tm
to Jm
Temperature of 50.0 mL warmer water: 37.92°C T
du O 0:
1
Temperature of 50.0 mL cooler water: 20.91°C = T
OI 90
Temperature after mixing: 29.11°C = T, vinim
ai
ALIOOOTS
19
W
oUAO: demck
Transcribed Image Text:elt EXAMPLE 1 2 wollA Given the following data, calculate the heat lost by the warmer water, the heat gained by the cooler water, the heat lost to the calorimeter, and the heat capacity m01 o1 10 of the calorimeter. tm to Jm Temperature of 50.0 mL warmer water: 37.92°C T du O 0: 1 Temperature of 50.0 mL cooler water: 20.91°C = T OI 90 Temperature after mixing: 29.11°C = T, vinim ai ALIOOOTS 19 W oUAO: demck
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