1. Consider n moles of gas. If you are to include the finite volume b of a mole, how should you write the equation of state based on the ideal gas equation given that the pressure is p, the volume is V and the temperature is T? A. p(V – b) = nRT B. (p/b)V = nRT C. p(V – nb) = nRT D. bpV = nRT 2. A monoatomic ideal gas un- dergoes several thermodynamic processes as shown in the given pV diagram. Process A → B is an isochoric process while process B →C is an isothermal process. What is the associated work to this series of processes? A. -2.75 (k.J] p (Pa) 12.5 X 10ʻ- A 7.50 X10 B C B. –0.75 (k.J] C. +0.75 [kJ] V(m?) 0.040 0.100 D. +2.75 (k.J) 3. In the pV diagram provided, we have an isobaric process (process ab), an isochoric process (pro- cess bc), and an arbitrary process (process ac). Using the provided values in the table and assuming we have an ideal gas, what is Quc? P2 [ Qab = 150 [J] (into the system) Qbe = 66 [J] (out of the system) Pi = 14 x 10" (Pa] 2 = 20 x 10* (Pa] V = 3 x 10-3 (m] V2 = 11 x 10-3 (n"] A. 60 (J) В. 352 (J) С. 136 [J] D. 216 (J]
1. Consider n moles of gas. If you are to include the finite volume b of a mole, how should you write the equation of state based on the ideal gas equation given that the pressure is p, the volume is V and the temperature is T? A. p(V – b) = nRT B. (p/b)V = nRT C. p(V – nb) = nRT D. bpV = nRT 2. A monoatomic ideal gas un- dergoes several thermodynamic processes as shown in the given pV diagram. Process A → B is an isochoric process while process B →C is an isothermal process. What is the associated work to this series of processes? A. -2.75 (k.J] p (Pa) 12.5 X 10ʻ- A 7.50 X10 B C B. –0.75 (k.J] C. +0.75 [kJ] V(m?) 0.040 0.100 D. +2.75 (k.J) 3. In the pV diagram provided, we have an isobaric process (process ab), an isochoric process (pro- cess bc), and an arbitrary process (process ac). Using the provided values in the table and assuming we have an ideal gas, what is Quc? P2 [ Qab = 150 [J] (into the system) Qbe = 66 [J] (out of the system) Pi = 14 x 10" (Pa] 2 = 20 x 10* (Pa] V = 3 x 10-3 (m] V2 = 11 x 10-3 (n"] A. 60 (J) В. 352 (J) С. 136 [J] D. 216 (J]
College Physics
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ISBN:9781305952300
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Chapter1: Units, Trigonometry. And Vectors
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![1. Consider n moles of gas. If you are to include the finite volume b of a
mole, how should you write the equation of state based on the ideal gas equation given that
the pressure is p, the volume is V and the temperature is T?
A. p(V – b) = nRT
B. (p/b)V = nRT
C. p(V – nb) = nRT
D. bpV = nRT
2. A monoatomic ideal gas un-
dergoes several thermodynamic processes as
shown in the given pV diagram. Process A →
B is an isochoric process while process B → C
is an isothermal process. What is the associated
work to this series of processes?
A. -2.75 (k.J]
p (Pa)
12.5 X10ʻ-
A
7.50 X10
B
C
B. –0.75 [k.]
C. +0.75 [kJ]
V(m²)
0.040 0.100
D. +2.75 (k.J)
3. In the pV diagram provided, we have an
isobaric process (process ab), an isochoric process (pro-
cess bc), and an arbitrary process (process ac). Using
the provided values in the table and assuming we have
an ideal gas, what is Qac?
P2
TQab = 150 [J] (into the system)
Qbe = 66 [J] (out of the system)
Pi = 14 x 10" (Pa]
2 = 20 x 10* (Pa]
V = 3 x 10-3 (m]
V2 = 11 x 10-3 (n"]
A. 60 (J)
В. 352 (J)
С. 136 [J]
D. 216 [J]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9cc24caa-5fae-49cf-aedc-95c8e74c6693%2F8abfcceb-5679-4c18-aad2-a7309730d6d1%2Fradnzyd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. Consider n moles of gas. If you are to include the finite volume b of a
mole, how should you write the equation of state based on the ideal gas equation given that
the pressure is p, the volume is V and the temperature is T?
A. p(V – b) = nRT
B. (p/b)V = nRT
C. p(V – nb) = nRT
D. bpV = nRT
2. A monoatomic ideal gas un-
dergoes several thermodynamic processes as
shown in the given pV diagram. Process A →
B is an isochoric process while process B → C
is an isothermal process. What is the associated
work to this series of processes?
A. -2.75 (k.J]
p (Pa)
12.5 X10ʻ-
A
7.50 X10
B
C
B. –0.75 [k.]
C. +0.75 [kJ]
V(m²)
0.040 0.100
D. +2.75 (k.J)
3. In the pV diagram provided, we have an
isobaric process (process ab), an isochoric process (pro-
cess bc), and an arbitrary process (process ac). Using
the provided values in the table and assuming we have
an ideal gas, what is Qac?
P2
TQab = 150 [J] (into the system)
Qbe = 66 [J] (out of the system)
Pi = 14 x 10" (Pa]
2 = 20 x 10* (Pa]
V = 3 x 10-3 (m]
V2 = 11 x 10-3 (n"]
A. 60 (J)
В. 352 (J)
С. 136 [J]
D. 216 [J]
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