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Practice 580 Gravitation MCQs with explanations. Specially designed from the NCERT Class 11 syllabus, ideal for board exams, JEE, NEET, state-level, and national entrance tests....

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Strengthen your concepts of Gravitation with 580 solved MCQs. A complete resource for NCERT Physics Class 11, covering board exams, JEE, NEET, and other competitive exams....

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Prepare smarter with 580 Physics MCQs on Gravitation. Aligned with Class 11 NCERT syllabus, perfect for board exams, JEE, NEET, and competitive state exams....

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Ace Class 11 Physics – Gravitation MCQs through 580 questions with detailed solutions. Essential for NCERT/CBSE syllabus, board exams, JEE, NEET, and entrance exams....

Class 11 Physics MCQs | Top 100 Questions | Gravitation There are 580 MCQs on Gravitation in Class 11 Physics. This page includes 100 solved NCERT/CBSE syllabus questions designed for JEE, NEET, board exams & competitive tests.

Boost exam preparation with 580 Gravitation MCQs. Based on Class 11 NCERT syllabus, designed for board exams, JEE, NEET, state exams, and other competitive tests....

Class 11 Physics MCQs | Again 100 Questions | Gravitation We provide 580 MCQs on Gravitation for Class 11 Physics. Here you can practice another 100 questions with answers for NCERT syllabus, CBSE boards, JEE, NEET & entrance exams.

Master Gravitation Class 11 Physics MCQs with 580 solved questions. Covers NCERT syllabus, useful for board exams, JEE, NEET, and competitive entrance tests....

Class 11 Physics MCQs | Chapter 8: Gravitation – Part 1 (NCERT Syllabus/Board Exams) Master Gravitation Class 11 Physics MCQs with 580 solved questions. Covers NCERT syllabus, useful for board exams, JEE, NEET, and competitive entrance tests.

Timer: Off Random: Off Restart 1. Which type of friction is responsible for initiating rolling motion of a body on a surface? ⓐ. Kinetic friction ⓑ. Static friction ⓒ. Rolling friction ⓓ. Viscous friction Correct Answer: Static friction Explanation: Rolling motion begins because of static friction, which prevents slipping and provides the torque needed for rotation. Kinetic friction only acts when there is slipping....

Physics-mcqs-System-of-Particles-and-Rotational-Motion-part-6 Restart

Timer: Off Random: Off Restart 1. The parallel axis theorem is used to calculate the moment of inertia of a body: ⓐ. Only about the centroidal axis ⓑ. About any axis parallel to the centroidal axis ⓒ. Only about an axis at the edge of the body ⓓ. Only for spherical bodies Correct Answer: About any axis parallel to the centroidal axis…...

Physics-mcqs-System-of-Particles-and-Rotational-Motion-part-5 Restart

Timer: Off Random: Off Restart 1. Which of the following is an example of torque in everyday life? ⓐ. A car moving on a straight road ⓑ. Opening a door by pushing at its edge ⓒ. A ball falling freely under gravity ⓓ. A stone kept on the floor Correct Answer: Opening a door by pushing at its edge Explanation:...

Physics-mcqs-System-of-Particles-and-Rotational-Motion-part-4 Restart

Timer: Off Random: Off Restart 1. If a force $\vec{F}$ acts at a position vector $\vec{r}$, the torque $\vec{\tau}$ is given by: ⓐ. $\vec{\tau} = \vec{F} \cdot \vec{r}$ ⓑ. $\vec{\tau} = \vec{r} \times \vec{F}$ ⓒ. $\vec{\tau} = \vec{r} + \vec{F}$ ⓓ. $\vec{\tau} = \vec{F} \times \vec{r}$ Correct Answer: $\vec{\tau} = \vec{r} \times \vec{F}$ Explanation: Torque is the vector product of the position vector and the force....

Physics-mcqs-System-of-Particles-and-Rotational-Motion-part-3 Restart

Timer: Off Random: Off Restart 1. What is meant by the center of mass of a system? ⓐ. The point where the maximum mass of the body lies ⓑ. The point where external force is always applied ⓒ. The point representing the average position of the mass of the system ⓓ. The midpoint of the body Correct Answer: The point representing the average position of the mass of the system…...

Class 11 Physics MCQs | Chapter 7: System Of Particles And Rotational Motion - Part 1 Restart

Timer: Off Random: Off Restart 1. According to Newton’s second law for a system of particles, the motion of the center of mass is governed by: ⓐ. $M \vec{a}_{cm} = \sum \vec{F}_{int}$ ⓑ. $M \vec{a}_{cm} = \sum \vec{F}_{ext}$ ⓒ. $M \vec{a}_{cm} = 0$ ⓓ. $M \vec{a}_{cm} = \vec{v}_{cm}$ Correct Answer: $M \vec{a}_{cm} = \sum \vec{F}_{ext}$ Explanation: Internal forces cancel in pairs due to Newton’s third law, so only external forces contribute to the acceleration of the center of mass....

Class 11 Physics MCQs | Chapter 7: System Of Particles And Rotational Motion Restart