1. For a fixed amount of gas, if the pressure of the gas is doubled, what happens to the temperature of the gas? i. a) The answer cannot be determined without volume information. b) The temperature of the gas becomes four times the original temperature. c) The temperature of the gas becomes double the original temperature. d) The temperature of the gas stays the same. e) The temperature of the gas becomes one half the original temperature. f) The temperature of the gas becomes one fourth of the original temperature. ii. if the pressure of the gas is doubled in an isochoric (no change in volume) process, what happens to the temperature of the gas? a) The answer cannot be determined without volume information. b) The temperature of the gas becomes four times the original temperature. c) The temperature of the gas becomes double the original temperature. d) The temperature of the gas stays the same. e) The temperature of the gas becomes one half the original temperature. f) The temperature of the gas becomes one fourth of the original temperature.
1. For a fixed amount of gas, if the pressure of the gas is doubled, what happens to the temperature of the gas? i. a) The answer cannot be determined without volume information. b) The temperature of the gas becomes four times the original temperature. c) The temperature of the gas becomes double the original temperature. d) The temperature of the gas stays the same. e) The temperature of the gas becomes one half the original temperature. f) The temperature of the gas becomes one fourth of the original temperature. ii. if the pressure of the gas is doubled in an isochoric (no change in volume) process, what happens to the temperature of the gas? a) The answer cannot be determined without volume information. b) The temperature of the gas becomes four times the original temperature. c) The temperature of the gas becomes double the original temperature. d) The temperature of the gas stays the same. e) The temperature of the gas becomes one half the original temperature. f) The temperature of the gas becomes one fourth of the original temperature.
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Transcribed Image Text:1. For a fixed amount of gas,
if the pressure of the gas is doubled, what happens to the temperature of the gas?
i.
a) The answer cannot be determined without volume information.
b) The temperature of the gas becomes four times the original temperature.
c) The temperature of the gas becomes double the original temperature.
d) The temperature of the gas stays the same.
e) The temperature of the gas becomes one half the original temperature.
f) The temperature of the gas becomes one fourth of the original temperature.
ii.
if the pressure of the gas is doubled in an isochoric (no change in volume) process, what
happens to the temperature of the gas?
a) The answer cannot be determined without volume information.
b) The temperature of the gas becomes four times the original temperature.
c) The temperature of the gas becomes double the original temperature.
d) The temperature of the gas stays the same.
e) The temperature of the gas becomes one half the original temperature.
f) The temperature of the gas becomes one fourth of the original temperature.
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