Recent content by Ishan Sharma
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A particle P2 chases particle P1 with constant speed.
r+Δx=d ⇒r=d-Δx Thus the distance between focus and directrix is d and the distance between particles is always equal to distance between P2 and directrix. Thus the path is parabolic. Am I right, sir?- Ishan Sharma
- Post #6
- Forum: Introductory Physics Homework Help
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A particle P2 chases particle P1 with constant speed.
I am not sure about ω because the two particle system can not be treated as a rigid body. So how can we say that ω with respect to (w.r.t) ground frame will be same as that w.r.t. any inertial frame? And for trajectory, can we not give some qualitative or intuitive argument without forming the...- Ishan Sharma
- Post #4
- Forum: Introductory Physics Homework Help
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A particle P2 chases particle P1 with constant speed.
Homework Statement [/B] A particle P1 moves with a constant velocity v along x-axis, starting from origin. Another particle P2 chases particle P1 with constant speed v, starting from the point (0, d). Both motion begin simultaneously. Find - 1. Initial acceleration of P2. 2. Ultimate...- Ishan Sharma
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- Constant Constant speed Kinematic calculus Kinematics Particle Rotaional kinematics Speed
- Replies: 6
- Forum: Introductory Physics Homework Help