Consider two identical systems A and B are connected to each other. At constant volumes V and V3, the energy and the particles are transferred. Obtain the expression for the dE, Let u dNA minimum value of and are the chemical potentials of the systems A and B respectively. Let T, and T, are the temperatures of the systems A and B respectively.
Consider two identical systems A and B are connected to each other. At constant volumes V and V3, the energy and the particles are transferred. Obtain the expression for the dE, Let u dNA minimum value of and are the chemical potentials of the systems A and B respectively. Let T, and T, are the temperatures of the systems A and B respectively.
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You are attempting question 12 out o
Consider two identical systems A and B are connected to each other. At constant volumes
V and Va, the energy and the particles are transferred. Obtain the expression for the
dEA
minimum value of
Let
dNA
HA
and 43 are the chemical potentials of the systems A
and B respectively. Let T and T are the temperatures of the systems A and B
respectively.
(а)
Tg +TA
(b)
T3 +T,
(c)
T3 - TA
(d)
Т, — Т](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff879e60a-3663-422b-89a5-3b85841715dd%2F492d49cc-f11a-456b-a931-7507c7b91c31%2Fsdfuzdl_processed.png&w=3840&q=75)
Transcribed Image Text:Note: -
You are attempting question 12 out o
Consider two identical systems A and B are connected to each other. At constant volumes
V and Va, the energy and the particles are transferred. Obtain the expression for the
dEA
minimum value of
Let
dNA
HA
and 43 are the chemical potentials of the systems A
and B respectively. Let T and T are the temperatures of the systems A and B
respectively.
(а)
Tg +TA
(b)
T3 +T,
(c)
T3 - TA
(d)
Т, — Т
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