For a system as described in Problem 20, we have the condition that at the ends of the major taonrd m m1i1snto r axes of an elliptical trajectory, the velocity vec middot be orthogonal to the position vector That is, we must have Using your equations from Problem 20(a), show that condition ( 19) is satisfied when (t) R(1) 0

Question: For a system as described in Problem 20, we have the condition that at the ends of the major taonrd m m1i1snto r axes of

For a system as described in Problem 20, we have the condition that at the ends of the major taonrd m m1i1snto r axes of an elliptical trajectory, the velocity vec· be orthogonal to the position vector. That is, we must have

Using your equations from Problem 20(a), show that condition ( 19) is satisfied when

(t)-R(1) = 0

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