According to Newtonian physics, the greater the distance between two particles, given the so-called gravitational constant, the less will be the gravitational force between them.
a. the greater the distance between two particles, given the so-called gravitational constant, the less will be the gravitational force between them.
b. given the so-called gravitational constant, the greater the distance between two particles, the smaller the gravitational force between them.
c. given the so-called gravitational constant, more distance between two particles will result in a lesser gravitational force between them
d. the less of a gravitational force between two objects, the more of a distance between, given the so-called gravitational constant
e the greater the distance the less the gravitational force between two particles, given the so-called gravitational constant
a. the greater the distance between two particles, given the so-called gravitational constant, the less will be the gravitational force between them.
b. given the so-called gravitational constant, the greater the distance between two particles, the smaller the gravitational force between them.
c. given the so-called gravitational constant, more distance between two particles will result in a lesser gravitational force between them
d. the less of a gravitational force between two objects, the more of a distance between, given the so-called gravitational constant
e the greater the distance the less the gravitational force between two particles, given the so-called gravitational constant
