4. The figure shows a pV-diagram for 0.0040 mole of ideal gas. The temperature of the gas does not change during segment bc. (a) What volume does this gas occupy at point c? (b) Find the temperature of the gas at points a, b, and c. (c) How much heat went into or out of the gas p(atm) b 2.0 during segments ab, ca, and bc? Indicate whether the heat has gone into or out of the gas. (d) Find the 0.50 change in the internal energy of this hydrogen during segments ab, bc, ca. Indicate whether the internal energy increased or decreased during each of these segments. a V (L) 0 0.20 and

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Please answer letter d

4. The figure shows a pV-diagram for 0.0040 mole of ideal gas. The temperature
of the gas does not change during
segment bc. (a) What volume does
this gas occupy at point c? (b) Find
the temperature of the gas at
points a, b, and c. (c) How much
heat went into or out of the gas
during segments ab, ca, and bc?
Indicate whether the heat has gone
into or out of the gas. (d) Find the 0.50
change in the internal energy of this
hydrogen during segments ab, bc,
p(atm)
2.0
a
V (L)
0.20
and ca. Indicate whether the
internal energy increased or decreased during each of these segments.
Transcribed Image Text:4. The figure shows a pV-diagram for 0.0040 mole of ideal gas. The temperature of the gas does not change during segment bc. (a) What volume does this gas occupy at point c? (b) Find the temperature of the gas at points a, b, and c. (c) How much heat went into or out of the gas during segments ab, ca, and bc? Indicate whether the heat has gone into or out of the gas. (d) Find the 0.50 change in the internal energy of this hydrogen during segments ab, bc, p(atm) 2.0 a V (L) 0.20 and ca. Indicate whether the internal energy increased or decreased during each of these segments.
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