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Showing posts with the label Questions OBJECTIVE - I and Answer HC Verma

Questions OBJECTIVE - I and Answer (Center Of Mass, Linear Momentum and Collision) HC Verma Part 1 (1-9)

Q#1 Consider the following two equations: (A) R = (1/M)Σm i r i     and (B) a CM  = F/M In a non-… Read more Questions OBJECTIVE - I and Answer (Center Of Mass, Linear Momentum and Collision) HC Verma Part 1 (1-9)

Questions OBJECTIVE - I and Answer (Center Of Mass, Linear Momentum and Collision) HC Verma Part 1 (10-19)

Q#10 A uniform sphere is placed on a smooth horizontal surface and a horizontal force F is applie… Read more Questions OBJECTIVE - I and Answer (Center Of Mass, Linear Momentum and Collision) HC Verma Part 1 (10-19)

Questions OBJECTIVE - I and Answer (Rotational Mechanics) HC Verma Part 1 (1-8)

Q#1 Let A be a unit vector along the axis of rotation of a purely rotating body and B be a unit v… Read more Questions OBJECTIVE - I and Answer (Rotational Mechanics) HC Verma Part 1 (1-8)

Questions OBJECTIVE - I and Answer (Rotational Mechanics) HC Verma Part 1 (9-17)

Q#9 One end of a uniform rod of mass m and length l is clamped. The rod lies on a smooth horizont… Read more Questions OBJECTIVE - I and Answer (Rotational Mechanics) HC Verma Part 1 (9-17)

Questions OBJECTIVE - I and Answer (Rotational Mechanics) HC Verma Part 1 (18-26)

Q#18 A thin circular ring of mass M and radius r is rotating about its axis with an angular speed… Read more Questions OBJECTIVE - I and Answer (Rotational Mechanics) HC Verma Part 1 (18-26)

Questions OBJECTIVE - I and Answer (Gravitation) HC Verma Part 1 (1-9)

Q#1 The acceleration of the moon with respect to earth is 0.0027 m/s² and the acceleration of an … Read more Questions OBJECTIVE - I and Answer (Gravitation) HC Verma Part 1 (1-9)