4) Write down the relationships your derived above as mathematical equations m = mass (g) AT = change in temperature (°C) q = amount of heat () 5) Use the relationships in question 4 to derive a proportionality statement containing all these variables. 6) Rewrite the proportionality statement has an equation that will have q on the left side and contain a constant "s" on the right side of the equation. The constant c is called specific heat.
4) Write down the relationships your derived above as mathematical equations m = mass (g) AT = change in temperature (°C) q = amount of heat () 5) Use the relationships in question 4 to derive a proportionality statement containing all these variables. 6) Rewrite the proportionality statement has an equation that will have q on the left side and contain a constant "s" on the right side of the equation. The constant c is called specific heat.
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Question
Please help me complete question 4,5,and6.
Transcribed Image Text:4) Write down the relationships your derived above as mathematical equations
m = mass (g)
AT = change in temperature (°C)
q = amount of heat (1)
5) Use the relationships in question 4 to derive a proportionality statement containing all
these variables.
6) Rewrite the proportionality statement has an equation that will have q on the left side
and contain a constant "s" on the right side of the equation. The constant c is called
specific heat.
Transcribed Image Text:Model 2 – Experimental Data for Heating Water
Experiment 1
Trial
Mass (g)
AT ("C)
Added Energy (Joules)
A
1.00
26.8
112
B
2.00
13.4
112
2.50
10.7
112
D
3.00
8.93
112
E
3.50
7.66
112
F
4.00
112
Experiment 2
Trial
Mass (g)
AT ("C)
Added Energy (Joules)
A
3.00
3.00
37.6
B
3.00
6.00
75.2
C
3.00
9.00
113
D
3.00
12.0
150
3.00
15.0
188
F
3.00
18.0
Experiment 3
Trial
Mass (g)
AT ("C)
Added Energy (Joules)
A
1.00
9.00
37.6
В
2.00
9.00
75.0
2.50
9.00
94.1
3.00
9.00
113
E
3.50
9.00
132
F
4.00
150
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