Hinge Forces Rotational Motion | Hinge Reaction Forces | Class 11 Physics | JEE | NEET

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Hinge Forces Rotational Motion | Hinge Reaction Forces | Class 11 Physics | JEE | NEET #hingeforces
Hinge Forces Rotational Motion | Hinge Reaction Forces | Class 11 Physics | JEE | NEET #hingeforces
Hinge Forces Rotational Motion | Hinge Reaction Forces | Class 11 Physics | JEE | NEET #hingeforces
Hinge Forces Rotational Motion | Hinge Reaction Forces | Class 11 Physics | JEE | NEET #hingeforces
Hinge Forces Rotational Motion | Hinge Reaction Forces | Class 11 Physics | JEE | NEET #hingeforces
Hinge Forces Rotational Motion | Hinge Reaction Forces | Class 11 Physics | JEE | NEET #hingeforces
Hinge Forces Rotational Motion | Hinge Reaction Forces | Class 11 Physics | JEE | NEET #hingeforces

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A rod of length 50cm is pivoted at one end. It is raised such that if makes an angle of 30∘ from the horizontal as shown and released from rest. Its angular speed when it passes through the horizontal

A thin rod MN, free to rotate in the vertical plane about the fixed end N, is held horizontal. When the end M is released the speed of this end, when the rod makes an angle α with the horizontal, will be proportional to : (see figure)

A slender uniform rod of mass M and length l is pivoted at one end so that it can rotate in a vertical plane, Fig. There is negligible friction at the pivot. The free end is held vertically above the pivot and then released. The angular acceleration of the rod when it makes an angle θ with the vertical is

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Centre of Mass ( Rigid Body Dynamics ) :
   • Rigid Body Dynamics  

Circular Motion:
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Work Energy & Power:
   • Work Energy And Power  

Kinematics
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Newton's Laws of Motion:
   • Newton's Laws of Motion ( NLM )  

Friction:
   • Friction  

Mathematical Tools
   • Mathematical Tools  

Electrostatics
   • Electrostatics  

EMI
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Optics
   • Geometrical Optics  


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