問題一覧
1
C. Temperature
2
C. Carnot
3
C. Energy can either be created nor destroyed
4
C. Zero
5
D. Adiabatic
6
B. Increases
7
C. Pascal
8
B. Ideal gas
9
D. Shaft work
10
B. Enthalpy
11
A. Thermodynamics
12
D. Mean effective pressure
13
C. Stirling cycle
14
A. A fixed region in space
15
B. Isometric
16
A. Compressed liquid
17
D. Subcooled liquid
18
B. Avogadro’s number
19
C. Charles' law
20
B. Atomic number
21
B. Fusion curve
22
B. 10
23
C. 22.6 x 10⁵
24
D. Heat
25
A. Critical point
26
B. Compressed liquid
27
A. Vapor
28
D. approximately as a gas
29
A. Zeroth Law of Thermodynamics
30
C. Ethylene glycol
31
A. Air cooler
32
B. Anemometer
33
A. Second law of thermodynamics
34
C. Boiling point
35
A. Increase velocity and decrease pressure
36
C. Internal energy
37
D. Flow energy, kinetic energy, height above datum and internal energy
38
B. Specific gravity
39
B. Compressed liquid
40
C. Sublimation
41
C. Weight density
42
B. Newton
43
C. Discharge
44
D. Q – PdV = H₂ - H₁
45
A. 1000 dynes/cm²
46
D. Adiabatic
47
A. Turbojet
48
B. Kinetic energy
49
D. centripetal force
50
B. Quasi-static process
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1
C. Temperature
2
C. Carnot
3
C. Energy can either be created nor destroyed
4
C. Zero
5
D. Adiabatic
6
B. Increases
7
C. Pascal
8
B. Ideal gas
9
D. Shaft work
10
B. Enthalpy
11
A. Thermodynamics
12
D. Mean effective pressure
13
C. Stirling cycle
14
A. A fixed region in space
15
B. Isometric
16
A. Compressed liquid
17
D. Subcooled liquid
18
B. Avogadro’s number
19
C. Charles' law
20
B. Atomic number
21
B. Fusion curve
22
B. 10
23
C. 22.6 x 10⁵
24
D. Heat
25
A. Critical point
26
B. Compressed liquid
27
A. Vapor
28
D. approximately as a gas
29
A. Zeroth Law of Thermodynamics
30
C. Ethylene glycol
31
A. Air cooler
32
B. Anemometer
33
A. Second law of thermodynamics
34
C. Boiling point
35
A. Increase velocity and decrease pressure
36
C. Internal energy
37
D. Flow energy, kinetic energy, height above datum and internal energy
38
B. Specific gravity
39
B. Compressed liquid
40
C. Sublimation
41
C. Weight density
42
B. Newton
43
C. Discharge
44
D. Q – PdV = H₂ - H₁
45
A. 1000 dynes/cm²
46
D. Adiabatic
47
A. Turbojet
48
B. Kinetic energy
49
D. centripetal force
50
B. Quasi-static process