Question

H110A LINEAR HEAT CONDUCTION Temperature Distribution when Q = 8.46 and 14.88 Watts 70.0 14.88 W 60.0 50.0 y = -905x + 89.3 40.0 8.46 W 30.0 y = -506x + 57 20.0 10.0 Heated Brass Section Intermediate Brass Section Cold Brass Section 0.0 0.000 0.015 0.030 0.045 0.060 0.075 0.090 0.105 Distance from T1 thermocouple(metres) Fig. Q3 : Linear Heat Conduction on Change in Cross Sectional Area i. Explain the behavior of the graph, give reason for the sudden increase in the slope of the Intermediate Section as compared to the Heated and Cold Section

          H110A LINEAR HEAT CONDUCTION
Temperature Distribution when Q = 8.46 and 14.88 Watts
70.0
14.88 W
60.0
50.0
y = -905x + 89.3
40.0
8.46 W
30.0
y = -506x + 57
20.0
10.0 Heated Brass Section Intermediate Brass
Section Cold Brass Section
0.0
0.000 0.015 0.030 0.045 0.060 0.075 0.090 0.105
Distance from T1 thermocouple(metres)
Fig. Q3 : Linear Heat Conduction on Change in Cross Sectional Area
i. Explain the behavior of the graph, give reason for the sudden increase in the slope of
the Intermediate Section as compared to the Heated and Cold Section

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H110A LINEAR HEAT CONDUCTION
Temperature Distribution when Q = 8.46 and 14.88 Watts
70.0
14.88 W
60.0
50.0
y = -905x + 89.3
40.0
8.46 W
30.0
y = -506x + 57
20.0
10.0 Heated Brass Section Intermediate Brass
Section Cold Brass Section
0.0
0.000 0.015 0.030 0.045 0.060 0.075 0.090 0.105
Distance from T1 thermocouple(metres)
Fig. Q3 : Linear Heat Conduction on Change in Cross Sectional Area
i. Explain the behavior of the graph, give reason for the sudden increase in the slope of
the Intermediate Section as compared to the Heated and Cold Section

Added by Pedro C.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

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Solved by Expert Henry R

Step 1

The graph represents the temperature distribution along a linear heat conduction system with three sections: Heated Brass Section, Intermediate Brass Section, and Cold Brass Section. The x-axis represents the distance from the TT thermocouple in meters, and the Show more…

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HIIOALINEARHEATCONDUCTION Temperature Distribution when Q = 8.46 and 14.88 Watts 70.0 -14.88W 60.0 y = -905x + 89.3 50.0 40.0 8.46W 30.0 20.0 y = -506x + 57 100 Heated Brass Section Intermediate Brass Section Cold Brass Section 9.000 0.015 6.030 0.045 9.060 0.075 Distance from TT thermocouple (meters) 0.090 0.105 Fig. Q3: Linear Heat Conduction and Change in Cross-Sectional Area Explain the behavior of the graph and give reasons for the sudden increase in the slope of the Intermediate Section compared to the Heated and Cold Sections.

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