Home
Class 11
PHYSICS
[" 13.Two planets are at mean distance "...

[" 13.Two planets are at mean distance "d_(1)" and "d" ,from "],[" the sun and their frequencies are "n_(1)" and "n_(2)],[" respectively then :- "],[[" (1) "n_(1)^(2)d_(1)^(2)=n_(2)^(2)d_(2)^(2)," (2) "n_(2)^(2)d_(2)^(3)=n_(1)^(2)d_(1)^(3)],[" (3) "n_(1)d_(1)^(2)=n_(2)d_(2)^(2)," (4) "n_(1)^(2)d_(1)=n_(2)^(2)d_(2)]]

Promotional Banner

Similar Questions

Explore conceptually related problems

Two planets at mean distance d_(1) and d_(2) from the sun and their frequencies are n and n respectively then

Two planets are at distance R_1 and R_2 from the Sun. Their periods are T_1 and T_2 then (T_1/T_2)^2 is equal to

Two planets are at distance R_1 and R_2 from the Sun. Their periods are T_1 and T_2 then (T_1/T_2)^2 is equal to

The period T and mean distance R of a planet from the sun are related by

Two planets have radii r_(1) and r_(2) and densities d_(1) and d_(2) respectively. Then the ratio of acceleration due to gravity on them is

Two planets A and B are at distances of 10^(9) m and 10^(11) m from the sun respectively. Calculate the ration of speeds of the two planets.

Two planets revolve round the sun with frequencies N_(1) and N_(2) revolutions per year. If their average orbital radii be R_(1) and R_(2) respectively, then R_(1)//R_(2) is equal to

Two planets revolve round the sun with frequencies N_(1) and N_(2) revolutions per year. If their average orbital radii be R_(1) and R_(2) respectively, then R_(1)//R_(2) is equal to