Question

Example 2. The mass of the mars is 639 x 1023
and that of the jupiter is 189 x 1027 kg. If the
distance between mars and jupiter is 749 x103
Calculate the force exerted by the jupiter on the
mars. (G = 6.7 x10-11 Nm² kg-?)
Sol. Given, the mass of the mars M. = 639 x100kg
The mass of the jupiter M. = 1.89 x1027 kg
The distance between the mars and jupiter
d = 7.49 x10
G= 6.7x10- Nm²/ kg​

Answer 1

Answer:

$Example 2. The mass of the mars is 639 x 1023</p><p>and that of the jupiter is 189 x 1027 kg. If the</p><p>distance between mars and jupiter is 749 x103</p><p>Calculate the force exerted by the jupiter on the</p><p>mars. (G = 6.7 x10-11 Nm² kg-?)</p><p>Sol. Given, the mass of the mars M. = 639 x100kg</p><p>The mass of the jupiter M. = 1.89 x1027 kg</p><p>The distance between the mars and jupiter</p><p>d = 7.49 x10</p><p>G= 6.7x10- Nm²/ kg$