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Thermodynamics & Kinetic Theory MCQs (Free Practice Questions)

Practice 10 carefully selected Thermodynamics & Kinetic Theory MCQs with explanations. Continue practicing 500+ chapter-wise questions inside the Exam Sprinter app.

What is Thermodynamics & Kinetic Theory?

Thermodynamics & Kinetic Theory covers the essential principles and concepts required for NEET UG.

💡 Why Study Thermodynamics & Kinetic Theory?

Highly important, frequently tested in previous years.

Parameter	Details / Relevance
Target Exam	NEET UG
Subject Category	Physics
Recommended Study Duration	10 Hours
Expected Questions	2 Questions
Difficulty Index	Easy
Interactive Solved MCQs	10 Questions (Complete Explanations)
Adaptive App Practice	500+ Questions & AI Tutor Supported

⚠️ Common Pitfalls to Avoid

Neglecting foundational prerequisites (make sure you review related chapters in the learning path).
Calculation and sign convention errors during numerical steps.
Confusing intermediate results with the final correct answer options.

🗺️ Recommended learning path

Properties of Matter➔Thermodynamics & Kinetic Theory (Current)➔Oscillations & Waves

What You Will Learn

✓ Thermodynamics & Kinetic Theory Fundamentals
✓ Key applications of Thermodynamics & Kinetic Theory
✓ Advanced problem solving in Thermodynamics & Kinetic Theory

Cheat Sheet & Formulas

$$F = ma$$
$$\Delta G = \Delta H - T\Delta S$$

Practice Questions

⏱ 60sHard

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

⏱ 65sMedium

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

⏱ 70sEasy

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

⏱ 75sHard

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

⏱ 80sMedium

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

⏱ 85sEasy

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

⏱ 90sHard

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

⏱ 95sMedium

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

⏱ 100sEasy

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

Q10

⏱ 105sHard

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

Chapter Guide ✓→Formulas ✓→10 Questions ✓→Next: 500+ Questions in App

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Frequently Asked Questions

Is Thermodynamics & Kinetic Theory difficult for the exam?▼

Yes, Thermodynamics & Kinetic Theory requires strong conceptual clarity and practice of standard NEET UG style questions.

✓ Key Takeaways for Thermodynamics & Kinetic Theory

High exam relevance: 2 questions on average are expected from this chapter.
Standard formulas: Comprehensive formula sheets and formulas are fully covered in the cheat sheet section above.
Practice and explanation: 10 standard MCQs are solved step-by-step to clarify common numerical and conceptual methods.
Step-by-step learning: Start with the formulas, work through the questions, and then download the mobile app for extensive practice.

Thermodynamics & Kinetic Theory MCQs (Free Practice Questions)

🤖 Quick AI Summary

What is Thermodynamics & Kinetic Theory?

💡 Why Study Thermodynamics & Kinetic Theory?

⚠️ Common Pitfalls to Avoid

🗺️ Recommended learning path

What You Will Learn

Cheat Sheet & Formulas

Practice Questions

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

Want to master Thermodynamics & Kinetic Theory?

Frequently Asked Questions

✓ Key Takeaways for Thermodynamics & Kinetic Theory

🔗 Related Study Resources

Thermodynamics & Kinetic Theory MCQs (Free Practice Questions)

🤖 Quick AI Summary

What is Thermodynamics & Kinetic Theory?

💡 Why Study Thermodynamics & Kinetic Theory?

⚠️ Common Pitfalls to Avoid

🗺️ Recommended learning path

What You Will Learn

Cheat Sheet & Formulas

Practice Questions

A Carnot engine having an efficiency of η=1/10\eta = 1/10η=1/10 as heat engine, is used as a refrigerator. If the work done on the system is 10 J10\text{ J}10 J, the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of η=1/10\eta = 1/10η=1/10 as heat engine, is used as a refrigerator. If the work done on the system is 10 J10\text{ J}10 J, the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of η=1/10\eta = 1/10η=1/10 as heat engine, is used as a refrigerator. If the work done on the system is 10 J10\text{ J}10 J, the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of η=1/10\eta = 1/10η=1/10 as heat engine, is used as a refrigerator. If the work done on the system is 10 J10\text{ J}10 J, the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of η=1/10\eta = 1/10η=1/10 as heat engine, is used as a refrigerator. If the work done on the system is 10 J10\text{ J}10 J, the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of η=1/10\eta = 1/10η=1/10 as heat engine, is used as a refrigerator. If the work done on the system is 10 J10\text{ J}10 J, the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of η=1/10\eta = 1/10η=1/10 as heat engine, is used as a refrigerator. If the work done on the system is 10 J10\text{ J}10 J, the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of η=1/10\eta = 1/10η=1/10 as heat engine, is used as a refrigerator. If the work done on the system is 10 J10\text{ J}10 J, the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of η=1/10\eta = 1/10η=1/10 as heat engine, is used as a refrigerator. If the work done on the system is 10 J10\text{ J}10 J, the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of η=1/10\eta = 1/10η=1/10 as heat engine, is used as a refrigerator. If the work done on the system is 10 J10\text{ J}10 J, the amount of energy absorbed from the reservoir at lower temperature is:

Want to master Thermodynamics & Kinetic Theory?

Frequently Asked Questions

✓ Key Takeaways for Thermodynamics & Kinetic Theory

🔗 Related Study Resources

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is:

A Carnot engine having an efficiency of $\eta = 1/10$ as heat engine, is used as a refrigerator. If the work done on the system is $10\text{ J}$ , the amount of energy absorbed from the reservoir at lower temperature is: