f. Finally, we determine the rest of the parameters of the new orbit as follows: i. In class we derived the general formula L2 GMm2 = (1(1 92) Evaluate this formula for both the original orbit and the new orbit, and thus determine the semimajor axis a' of the new orbit in terms of T and a. ii. Use the general formula 152 = (1 92):!12 relating the semiminor axis ofan ellipse to its semimajor axis to determine the semiminor axis l2:I of the new orbit in terms of?" and a. iii. For the new orbit, determine the minimum and maximum distances of the mass m from the mass M in terms of?" and or, assuming a > 1. Make an apprOpriately labeled sketch showing the original orbit and the new orbit