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Problem-39 forces and laws of motion Numericals for 10+2 Entrance : A force of 0.6 N on a particle i

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Problem-38 forces and laws of motion Numericals for 10+2 Entrance : The mass and speed of four bodie

0:03:49

Problem-37 forces and laws of motion Numericals for 10+2 Entrance : A bullet comes out of the barrel

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Problem-35 forces and laws of motion Numericals for 10+2 Entrance : Two objects of masses 100g and 2

0:02:07

Problem-34 forces and laws of motion Numericals for 10+2 Entrance : Velocity-time graph of an object

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Problem-33 forces and laws of motion Numericals for 10+2 Entrance : The speed-time graph of a car is

0:03:07

Problem-32 forces and laws of motion Numericals for 10+2 Entrance : A stone of 1kg is thrown with a

0:03:22

Problem-31 forces and laws of motion Numericals for 10+2 Entrance : A single horizontal force F is a

0:06:09

Problem-30 forces and laws of motion Numericals for 10+2 Entrance : A metallic sphere of mass 2kg an

0:08:04

Ex-43 EMI 12th Numericals from SL Arora : A solenoid of length 50 cm with 20 turns per cm and area o

0:05:34

Ex-58 Gravitation Numericals SL Arora : The distances of two planets from the sun are 10^13 m and 10

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Ex-14 Gravitation numericals 11th from SL Arora : A man can jump 1.5m high on the earth .Calculate t

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Problem-80 motion Numericals for 10+2 Entrance : Match the following columns angular acceleration ce

0:16:14

Ex-23 Gravitation Numericals SL Arora : Imagine a tunnel dug along a diameter of the earth . Show th

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Ex-42 EMI 12th Numericals from SL Arora : A solenoid coil has 50 turns per centimeter along it's len

0:08:59

Ex-11 Gravitation Numericals SL Arora : Compare the gravitational acceleration of the earth due to

0:02:59

Problem -9 EMI shorts from SL Arora : give the direction in which the induced current flows in the c

0:12:23

Pfp-7 Gravitation Numericals SL Arora : How far from earth must a body be along a line towards the

0:24:27

Ex-10 Gravitation Numericals SL Arora : Two lead spheres of 20cm and 2cm diameter respectively are p

0:06:40

Ex-30 Gravitation Numericals SL Arora : At a point above the surface of earth the gravitational pote

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Pfp-6 Gravitation Numericals SL Arora : How far away from the surface of earth does the acceleration

0:03:12

Problem-7 short answer of EMI 12th : State's lenz's law. The closed loop PQRS is moving into a unifo

0:06:14

Ex-13 Gravitation Numericals SL Arora : If the radius of earth shrinks by 2% mass remaining constant

0:11:35

Problem-6 short answer of EMI 12th : a closed loop is held stationary in the magnetic field between