Subject specialists have created NCERT Exemplar Solutions for Physics Class 11 Chapter 12 Thermodynamics, which includes thorough solutions for reference. All of the unsolved questions from the textbook’s exercises are answered here. The NCERT Exemplar Solutions for Class 11 provide useful solutions for improving conceptual knowledge and help in entrance examinations like JEE mains and NEET.
The solutions are carefully solved using student-friendly terms while still adhering to the norms that must be followed when solving NCERT Exemplar Solutions for Class 11. Practicing these answers can be incredibly advantageous not only in terms of exams but also in terms of helping Class 11 pupils perform well in upcoming competitive exams.
The approaches for answering have been given special consideration to stay on target while not deviating from the intended answer. Because time is so important in exams, excellent time management when answering questions is essential for getting the best results.
Thermodynamics may be a hot topic for the experts who prepare question papers. so as to induce more marks in class 11 Physics, it’s crucial to review these solutions as one can expect many questions from this resource being asked often in entrance exams and other competitive exams. Thermodynamics is one among the foremost scoring sections in NCERT Exemplar Solutions for class 11 Physics. Students must study this Chapter in detail to score well in term – II exam. Some key points of Thermodynamics are.
- Equilibrium in thermodynamics refers to the situation when macroscopic variables describing the thermodynamic state of a system doesn’t depend upon time. Equilibrium of a system in mechanics refers to the net external force and torque on the system are zero. The temperature of a body is related to its average internal energy, not to the K.E. of motion of its centre of mass. A bullet fired from a gun isn’t at a higher temperature due to its high speed.
- Heat capacity, generally, depends on the method of the system that goes through when the heat is supplied.
- In a state of thermodynamic equilibrium, the microscopic constituents of a system aren’t in equilibrium
- In isothermal quasi-static processes, heat is absorbed or given out by the system even though at every stage the gas has an equivalent temperature as that of the surrounding reservoir. this is often possible due to the infinitesimal difference in temperature between the system and the reservoir.
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Frequently Asked Questions
Q. How using the NCERT Exemplar Solutions of this Chapter will help you with your term – II exam preparation?
Ans: Using the NCERT Exemplar Solutions of this chapter, will help students to save time and understand all topics in detail. The solutions are made with utmost care by the experts at Infinite Learn according to the latest term – II CBSE Syllabus. Students can use these solutions while answering the textbook questions in order to get a clear view about the concepts which are important for the second term exams.
Q. What is the meaning of thermal equilibrium according these NCERT Exemplar Solutions?
Ans: According to NCERT Exemplar Solutions of this Chapter, when an object or a body is brought in contact with another body with different temperatures, then the heat gets transferred from high temperature to low temperature, until both the bodies came into thermal equilibrium. For example, when a hot cup of tea is kept under room temperature, then the heat gets transferred to the atmosphere with respect to time, until the temperature of tea and atmosphere is equivalent.
Q. Why Opt for Infinity Learn?
Ans: In this chapter Infinity Learn provides videos, notes, NCERT text book solutions, other practice book solutions and assignments that help you learn the concepts and to memorise the concepts for entrance exams and board exams. Most important, Infinity learn provide instant doubt support by subject experts.
