This slope will give you the change in weight (Newtons) per second. Knowing the latent heat of vaporization for liquid nitrogen, determine dQ/dt. Use the value LV=2.00×105 J/kg. Show your calculations here.
This slope will give you the change in weight (Newtons) per second. Knowing the latent heat of vaporization for liquid nitrogen, determine dQ/dt. Use the value LV=2.00×105 J/kg. Show your calculations here.
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Question
2.) This slope will give you the change in weight (Newtons) per second. Knowing the latent heat of vaporization for liquid nitrogen, determine dQ/dt. Use the value LV=2.00×105 J/kg. Show your calculations here.
Transcribed Image Text:Fik tot Lapeinent Data Anlya aat Option Page H
A Page1
Cellet
Fane N
Latest
Time
Force
(s)
000
600
12.00
IN)
24-
2563
2358
230
2340
Line Per Latestroe
Forcemt
4
18.01
24.01
orer 260N
Canaan
30 01
36.01
2329
2318
42.02
4 02
54.02
60.02
66.00
72.00
78.03
2316
2308
10
2.302
2.205
11
12
2.204
2.202
2.272
2 205
23-
13
14
15
64.03
90.04
904
102 04
16
17
2.258
2254
2234
2 240
2217
2 246
2189
18
19
20
21
100 04
114 05
120 05
126 05
132 05
138 06
144.06
22
2 209
2 229
2.221
244
23
24
22-
25
26
150 06
156 06
27
28
29
30
2.157
162 06
168 07
17407
2.211
2.220
219
2172
31
32
180.07
110 06
168.00
204.06
2163
2130
2175
33
34
35
2 160
Force
0.263 N
100
200
300
(128 2, 2 3937) (A90 7 ayo 154)
Time (s)
I2AM
P Type here to search
Linear Fit for: Latest | Force
Force = mt+b
m (Slope): -0.001229 N/s
b (Y-Intercept): 2.368 N
Correlation: -0.9965
RMSE: 0.002868 N
IN aovo
Expert Solution
Step 1
Given information:
The slope of the graph "m":
The latent heat of vaporization for liquid nitrogen (LV) = 2.00×105 J/kg
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