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JEE Main
IMPORTANT
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Which of the following statements is/are correct?

 

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Important Questions on States of Matter

HARD
JEE Main
IMPORTANT
Chapterwise/Topicwise Daily Practice Problems (DPP) Physical Chemistry Part 1 JEE Main & Advanced>Chapter 4 - States of Matter>DPP 4.5>Q 12
Which of the following statements are correct?
MEDIUM
JEE Main
IMPORTANT
Chapterwise/Topicwise Daily Practice Problems (DPP) Physical Chemistry Part 1 JEE Main & Advanced>Chapter 4 - States of Matter>DPP 4.5>Q 13
Which of the following statements are not correct? 
HARD
JEE Main
IMPORTANT
Chapterwise/Topicwise Daily Practice Problems (DPP) Physical Chemistry Part 1 JEE Main & Advanced>Chapter 4 - States of Matter>DPP 4.5>Q 14
Which of the following statements are correct? 
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JEE Main
IMPORTANT
Chapterwise/Topicwise Daily Practice Problems (DPP) Physical Chemistry Part 1 JEE Main & Advanced>Chapter 4 - States of Matter>DPP 4.5>Q 15
Which of the following statements is/are correct about real gases? 
MEDIUM
JEE Main
IMPORTANT
Chapterwise/Topicwise Daily Practice Problems (DPP) Physical Chemistry Part 1 JEE Main & Advanced>Chapter 4 - States of Matter>DPP 4.5>Q 16
At a very high pressure, Van der Waal's equation reduces to:
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JEE Main
IMPORTANT
Chapterwise/Topicwise Daily Practice Problems (DPP) Physical Chemistry Part 1 JEE Main & Advanced>Chapter 4 - States of Matter>DPP 4.6>Q 1

Calculate Van der Waal's constants a and b, if critical temperature and critical pressure are 30°C and 72 atm, respectively.

HARD
JEE Main
IMPORTANT
Chapterwise/Topicwise Daily Practice Problems (DPP) Physical Chemistry Part 1 JEE Main & Advanced>Chapter 4 - States of Matter>DPP 4.6>Q 2
Reduced temperature and reduced volume of benzene are 0.7277 and 0.40, respectively. Calculate the reduced pressure of benzene.
MEDIUM
JEE Main
IMPORTANT
Chapterwise/Topicwise Daily Practice Problems (DPP) Physical Chemistry Part 1 JEE Main & Advanced>Chapter 4 - States of Matter>DPP 4.6>Q 3
Van der Waal's constant a and b for hydrogen are 0.246 atm L2 mol and 0.0267 L mol-1, respectively. Calculate inversion temperature and Boyle's temperature of H2 gas.