an ideal gas will approach ideal behaviour at ???
1 low temperature and low pressure
2 low temperature and high pressure
3 high temperature and low pressure
4 high temperature and high pressure
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7
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☬ ★Your Answer★ ☬
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⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣
at high temperature and low pressure the gas volume becomes infinitely large and both the intermolecular forces as well as the molecular volume can be ignored so these can be done in under the condition of kinetic theory which applies only for the ideal gases and its behavior
Answer is (c)
⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡
╒══════════════════════╕
☬ Thanks ,hope you like it ! ☬
╘══════════════════════╛
☬ ★Your Answer★ ☬
╘═════════════════════╛
⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣⇣
at high temperature and low pressure the gas volume becomes infinitely large and both the intermolecular forces as well as the molecular volume can be ignored so these can be done in under the condition of kinetic theory which applies only for the ideal gases and its behavior
Answer is (c)
⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡⇡
╒══════════════════════╕
☬ Thanks ,hope you like it ! ☬
╘══════════════════════╛
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A gas obeys ideal gas equation at high temperature and low pressure
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