what is the value of0" g "at jupiter
Answers
Answered by
0
We know Gravitational Force between 2 bodies F=G.M1.M2r2F=G.M1.M2r2
Where G=6.673×10−11N.m2/kg2G=6.673×10−11N.m2/kg2=Gravitational constant
and r= radius of separation of the centre of mass of the 2 bodies.
Let M1=MplanetM1=Mplanet and
M2=M2= (any other body with unit mass)=1
We also know that force acting on the body, due to gravitation, F=M2.gplanetF=M2.gplanet
Equating the above two postulates,
M2M2 cancels out leaving gplanet=G.Mplanetr2gplanet=G.Mplanetr2.
Where G=6.673×10−11N.m2/kg2G=6.673×10−11N.m2/kg2=Gravitational constant
and r= radius of separation of the centre of mass of the 2 bodies.
Let M1=MplanetM1=Mplanet and
M2=M2= (any other body with unit mass)=1
We also know that force acting on the body, due to gravitation, F=M2.gplanetF=M2.gplanet
Equating the above two postulates,
M2M2 cancels out leaving gplanet=G.Mplanetr2gplanet=G.Mplanetr2.
Similar questions