Kinetic Theory of Gases – Ideal Gas Equation, Gas Laws

Grade 11 Physics — Kinetic Theory of Gases – Ideal Gas Equation, Gas Laws: 25 practice questions with instant scoring and explanations.

1. Ideal gas equation:
2. Universal gas constant R value:
3. Boltzmann constant k_B:
4. Avogadro's number N_A:
5. R = :
6. Boyle's law: at constant T:
7. Charles's law: at constant P:
8. Gay-Lussac's law: at constant V:
9. Avogadro's law: at same P and T, equal volumes of gases contain:
10. Dalton's law of partial pressures:
11. At STP, 1 mole of ideal gas occupies:
12. At STP, T and P are:
13. PV = nRT, T is in:
14. For real gases, ideal gas law holds best at:
15. Van der Waals equation corrects for:
16. Van der Waals equation: (P + a/V²)(V - b) = :
17. Gas at constant V: if T doubles, P:
18. Gas at constant P: if T doubles, V:
19. Gas at constant T: if V doubles, P:
20. n in PV=nRT stands for:
21. PV = Nk_B T where N is:
22. Number density n = N/V; then P = :
23. Ideal gas molecules exert no force on each other except during:
24. Gas laws imply that at T=0 K:
25. Molar mass M is related by: PV = (m/M)RT, where m is: