Question

What is the force of attraction of two object with a mass of 30kg separated with a distance of 10m

Answer 1

F= 60.07 (N).

Step-by-step explanation:

For this question. we'll refer to Newton's formula from his Law of Universal Gravitation. This is the formula:
`F=G(m_(1) *m_(2))/(d^(2) )`, where m1 and m2 is the mass (in kilograms) of the 2 objects; G is the gravitational constant (its value is
`6.67408*10^(-11) N*m^(2) *kg^(2)`); and d is the distance (in meters) between the 2 objects.

1. Take the values and plug them into the formula.

`F=G(m_(1) *m_(2))/(d^(2) )\\ \\F=(6.67408*10^(-11) N*m^(2) *kg^(2))*((30kg) *(30kg))/((10m)^(2) )\\ \\F=60.06N.`

2. Express the result.´

F= 60.07 (N). Where F is the force of attraction between the 2 objects.