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Problem 5. (a) For circular and parabolic orbits in an attractive 1/r potential having the same angular momentum, show that perihelion distance of the

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Problem 5. (a) For circular and parabolic orbits in an attractive 1/r potential having the same angular momentum, show that perihelion distance of the parabola is one-half the radius of the circle. (b) Prove that in the same central force as above, the speed of a particle at any point in a parabolic orbit is 2 times the speed in a circular orbit passing through the same point.

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A problem in classical mechanics a Perihelion distance of parabolic orbit Lets consider a circular orbit with radius r and angular momentum L We can w... blur-text-image

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