THERMODYNAMICSUPVOTE WILL BE GIVEN. PLEASE WRITE THE COMPLETE SOLUTIONS. NO LONG EXPLANATION NEEDED. BOX THE FINAL ANSWER AND USE 3 DECIMAL PLACES. DRAW PV-TS Diagrams.Nitrogen expands through a turbine in a reversible adiabatic process. The nitrogen enters at 110°K and 550 kPa and exits at 100 kPa. The turbine produces 37 MW. Determine (a) the exit temperature (b) the exit enthalpy (kJ/kg), (c) the flow rate required. GasAcetyleneAirAmmoniaArgonn-ButaneCarbon DioxideCarbon MonoxideChlorineEthaneEthyleneHeliumHydrochloric AcidHydrogenHydrogen SulphideMethaneMethyl ChlorideNatural GasNeonNitric OxideNitrogenNitrous OxideOxygenC₂H₂Nh,ArC₂H₁₂CO₂соCLCH₂C.HHeHCIH₂H.SCH,CH₂CINeNON₂N.O0₂Formula26291739.958.1442870.93028436.5234.11650.519.520.1830284432MW1.09251.20450.71791.6612.48971.84171.16482.99441.2635Density(kg/m3)1.17440.16631.52730.08371.43340.66732.150.80340.841.29411.16481.84291.331R(Gas constant)kJ/(kg.k)0,320.2870 490.2060.1430.1890.2970.1170.2770.2962 0780.2284.1260.2430.5190.1650.4260.2770.2970.1890.261.4651.0092.190.5191.6540.8581.0170.4811.6161.6755.2340.8CpkJ/(kg.K)14.3191.0172.4831.0052.3450.9671.0340.9250.909CvkJ/(kg.K)1.1270.7211.6590.3111.490.660.7260.3621.3251.3733.1530.56710.1550.7821.8610.8381.8460.6910.7330.7060.6491.31.41.321.671.111.31.41.331.221.221.661.411.411.31.321.21.271.41.411.311.4Cp/CV y

Given:Pressure and temperature of nitrogen at turbine inlet:P1=550 kPaT1=110 KPressure at turbine…

Nitrogen expands through a turbine in a reversible adiabatic process. The nitrogen enters at 110°K and 550 kPa and exits at 100 kPa. The turbine produces 37 MW. Determine (a) the exit temperature (b) the exit enthalpy (kJ/kg), (c) the flow rate required.

Nitrogen expands through a turbine in a reversible adiabatic process. The nitrogen enters at 110°K and 550 kPa and exits at 100 kPa. The turbine produces 37 MW. Determine (a) the exit temperature (b) the exit enthalpy (kJ/kg), (c) the flow rate required.

Automotive Technology: A Systems Approach (MindTap Course List)

6th Edition

ISBN:9781133612315

Author:Jack Erjavec, Rob Thompson

Publisher:Jack Erjavec, Rob Thompson

Chapter28: Gasoline, Diesel, And Other Fuels

Section: Chapter Questions

Problem 10RQ: What are oxygenates and why are they added to refined gasoline?

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Concept explainers

Entropy

In physics, entropy means the amount of disorder or the degree of randomness associated with a thermodynamic system. The system is not self-organized when the entropy of the system is high. For instance, when a system is at an elevated temperature, its molecules are in random motion, vibrating and colliding with each other. During this scenario, the probability of finding a molecule at a particular place twice, is low. Under this circumstance, the system can be said to be in a high entropy.

Question

100%

THERMODYNAMICS

UPVOTE WILL BE GIVEN. PLEASE WRITE THE COMPLETE SOLUTIONS. NO LONG EXPLANATION NEEDED. BOX THE FINAL ANSWER AND USE 3 DECIMAL PLACES. DRAW PV-TS Diagrams.

Gas
Acetylene
Air
Ammonia
Argon
n-Butane
Carbon Dioxide
Carbon Monoxide
Chlorine
Ethane
Ethylene
Helium
Hydrochloric Acid
Hydrogen
Hydrogen Sulphide
Methane
Methyl Chloride
Natural Gas
Neon
Nitric Oxide
Nitrogen
Nitrous Oxide
Oxygen
C₂H₂
Nh,
Ar
C₂H₁₂
CO₂
со
CL
CH₂
C.H
He
HCI
H₂
H.S
CH,
CH₂CI
Ne
NO
N₂
N.O
0₂
Formula
26
29
17
39.9
58.1
44
28
70.9
30
28
4
36.5
2
34.1
16
50.5
19.5
20.18
30
28
44
32
MW
1.0925
1.2045
0.7179
1.661
2.4897
1.8417
1.1648
2.9944
1.2635
Density
(kg/m3)
1.1744
0.1663
1.5273
0.0837
1.4334
0.6673
2.15
0.8034
0.84
1.2941
1.1648
1.8429
1.331
R
(Gas constant)
kJ/(kg.k)
0,32
0.287
0 49
0.206
0.143
0.189
0.297
0.117
0.277
0.296
2 078
0.228
4.126
0.243
0.519
0.165
0.426
0.277
0.297
0.189
0.26
1.465
1.009
2.19
0.519
1.654
0.858
1.017
0.481
1.616
1.675
5.234
0.8
Cp
kJ/(kg.K)
14.319
1.017
2.483
1.005
2.345
0.967
1.034
0.925
0.909
Cv
kJ/(kg.K)
1.127
0.721
1.659
0.311
1.49
0.66
0.726
0.362
1.325
1.373
3.153
0.567
10.155
0.782
1.861
0.838
1.846
0.691
0.733
0.706
0.649
1.3
1.4
1.32
1.67
1.11
1.3
1.4
1.33
1.22
1.22
1.66
1.41
1.41
1.3
1.32
1.2
1.27
1.4
1.41
1.31
1.4
Cp/CV y

Science that deals with the amount of energy transferred from one equilibrium state to another equilibrium state.

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