I already solve a-d which is A-115 B- -95 C-20 D-0 Just need help solving the rest
I already solve a-d which is A-115 B- -95 C-20 D-0 Just need help solving the rest
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I already solve a-d which is
A-115
B- -95
C-20
D-0
Just need help solving the rest
![-DV
The Pvdiagram shows 3 moles of an ideal monatomic gass soing through
a eyelic process. The following information is siven for the sas!
P₁ = PJ = 1.00 • 10³ N/m²; Pb = Pc = 2,00+10°N/A²; V₂=VB=0,100m²; Ve=VJ = 0.300
M73
(P = ({) R; (v = (2) R; R = 8,3/1, 11
J
Determine each of the following with 3 sig fiss.
a) Total heat absorbed during the cycle.
-in kilo Toules
・in kello Joules
b) Total heat rejected during the cycle.
() work done by the sas during one cycle inkello. Joules.
J) Total change in internal energy during the cycle-
e) Efficiency of the cycle_
of thes as in kelving during the cycle-
f) Minimum temperature
5) Maximum temperature of the sas in leeling during the cycle
h) Efficiency of a Carnotensine operating between the red nimuon
and maximum temperatures.
1)
Change in entropy
for the process a-b](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb2f5b0ad-df1d-48c6-a9a3-5338b8167143%2F388b2ba1-2ce3-4621-ae12-bd31dc55ebe7%2Fvyfbv4_processed.jpeg&w=3840&q=75)
Transcribed Image Text:-DV
The Pvdiagram shows 3 moles of an ideal monatomic gass soing through
a eyelic process. The following information is siven for the sas!
P₁ = PJ = 1.00 • 10³ N/m²; Pb = Pc = 2,00+10°N/A²; V₂=VB=0,100m²; Ve=VJ = 0.300
M73
(P = ({) R; (v = (2) R; R = 8,3/1, 11
J
Determine each of the following with 3 sig fiss.
a) Total heat absorbed during the cycle.
-in kilo Toules
・in kello Joules
b) Total heat rejected during the cycle.
() work done by the sas during one cycle inkello. Joules.
J) Total change in internal energy during the cycle-
e) Efficiency of the cycle_
of thes as in kelving during the cycle-
f) Minimum temperature
5) Maximum temperature of the sas in leeling during the cycle
h) Efficiency of a Carnotensine operating between the red nimuon
and maximum temperatures.
1)
Change in entropy
for the process a-b
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