Maharashtra Board Class 12th Solutions for Physics Chapter 1 Rotational Dynamics – Download PDF with Solutions
To study the subject of Physics, one has to rely on both practical as well as theoretical knowledge. With practical problems, several numerical questions and elaborative problems also seem to be a very important part of the Maharashtra Board Class 12 Physics syllabus. Students who are in Class 12 of the Maharashtra Board need to have a good grip on Physics. To do that, Rotational Dynamics is an important chapter that students will definitely have to master.
By practising the solutions, students can develop a good foundation for solving the questions for sure. That is one of the main reasons why students need to download Rotational Dynamics Class 12 Questions and Answers from Vedantu.
Once you download the notes and solutions crafted by the experts at Vedantu and include them in your study routine, you will be able to prepare for the exams in the best way. The solutions have been formulated to provide the best possible knowledge about concepts of Physics and Rotational Dynamics. Download Physics Class 12 Chapter 1 Rotational Dynamics Exercise solutions PDF right now and start your preparation for exams.
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FAQs on Maharashtra Board Class 12 Solutions for Physics Chapter 1 Rotational Dynamics - PDF
1. A particle undergoes uniform circular motion. At which point on the plane of the circle will the angular momentum of the particle remain conserved?
The force will be able to pass through the circle’s centre. Hence there will be a conservation of angular momentum at its centre.
2. Mention the characteristics of circular motion.
It is an accelerated (change in direction of velocity) motion, and the motion is periodic in nature.
3. What is the moment of inertia?
The moment of inertia of an object is its resistance to change in its rotation
4. What is torque?
Torque is a twisting effect due to the force applied to any rotating object which is at a position r from its axis of rotation.
5. Give an example of rotation motion about a fixed axis.
The rotation of the minute and the hour hand in a clock or watch is an example of rotational motion about a fixed axis.