Calculate the gravitational force between these spheres

[the_d]

In introductory physics laboratories, a typical
Cavendish balance for measuring the gravita-
tional constant G uses lead spheres of masses
1.8 kg and 13.9 g whose centers are separated
by 5.77 cm.
Calculate the gravitational force between
these spheres, treating each as a point mass
located at the center of the sphere. Use G =
6.67259 x 10^11 N m^2/kg^2.

 

[Andrew Mason]

In introductory physics laboratories, a typical
Cavendish balance for measuring the gravita-
tional constant G uses lead spheres of masses
1.8 kg and 13.9 g whose centers are separated
by 5.77 cm.
Calculate the gravitational force between
these spheres, treating each as a point mass
located at the center of the sphere. Use G =
6.67259 x 10^11 N m^2/kg^2.

Do you know how to determine the gravitational force between two bodies using Newton's Law of Universal Gravitation?

AM

 

[Nylex]

Your G is wrong, the power of 10 should be -11.