A planet is revolving round the sun. Its distance from the sun at apogee is r_Aand that at perigee is r_p . The masses of plancet and sun are .m. and M respectively, v_Ais the velocity of planet at apogee and v_pis at perigee respectively and T is the time period of revolution of planet round the sun, then identify the wrong answer.

A planet is revolving round the sun. Its distance from the sun at apog

1.	A planet is revolving round the sun. Its distance from the sun at apogee is r_Aand that at perigee is r_p . The masses of plancet and sun are .m. and M respectively, v_Ais the velocity of planet at apogee and v_pis at perigee respectively and T is the time period of revolution of planet round the sun, then identify the wrong answer.
Answer» `T^(2)=(pi^2)/(2GM)(r_A+r_P)^3` `T^(2)=(pi^2)/(2GM)(r_A+r_P)^2` `v_Ar_A=v_pr_P` `v_A lt v_p , r_A GT r_p` ANSWER :D