Data for the Electrical Equivalent of Heat V 11.5 V M₁ 85.0 g Mi 290.0 g Answer the following questions based on this data. TR 23°C O 5.08 Find the electrical energy delivered to the system (in units of 104 J). 2.72 4.17 3.98 I 2.10 A O 1.39 1₁ 0s lf 18.8 min T₁ 10° C Tf 36° C

Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter21: Heat And The First Law Of Thermodynamics
Section: Chapter Questions
Problem 11PQ
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Consider the following data from the Electrical Equivalent of Heat Lab.
Data for the Electrical Equivalent of Heat
V
11.5 V
M₁
85.0 g
Mjw
290.0 g
Answer the following questions based on this data.
TR
23° C
O 5.08
Find the electrical energy delivered to the system (in units of 104 J).
O 2.72
O 4.17
O 3.98
O 1.39
O 2.87
O 3.25
O 5.93
O 6.35
Find the heat transferred to the water and the EEF jar (in units of 103 calories). Note: Be sure to take into account the correction parameter which accounts for the jar absorbing as much heat as 23 g of
water.
O 8.91
O 6.90%
5.22%
I
2.10 A
O 4.69%
t₁
Os
O 9.78%
Calculate the resulting conversion factor between joules and calories. Find the percent difference compared to the known value of 4.186 joules / calorie.
O 7.12%
tf
18.8 min
T₁
10° C
Tf
36° C
Transcribed Image Text:Consider the following data from the Electrical Equivalent of Heat Lab. Data for the Electrical Equivalent of Heat V 11.5 V M₁ 85.0 g Mjw 290.0 g Answer the following questions based on this data. TR 23° C O 5.08 Find the electrical energy delivered to the system (in units of 104 J). O 2.72 O 4.17 O 3.98 O 1.39 O 2.87 O 3.25 O 5.93 O 6.35 Find the heat transferred to the water and the EEF jar (in units of 103 calories). Note: Be sure to take into account the correction parameter which accounts for the jar absorbing as much heat as 23 g of water. O 8.91 O 6.90% 5.22% I 2.10 A O 4.69% t₁ Os O 9.78% Calculate the resulting conversion factor between joules and calories. Find the percent difference compared to the known value of 4.186 joules / calorie. O 7.12% tf 18.8 min T₁ 10° C Tf 36° C
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