If `F_g` and `F_e` are gravitational and electrostatic forces between two electrons at a distance `0.1m` then `F_g//F_e` is in the order of

F_(g) and F_(e) represent gravitational and electrostatic force respectively between electrons situated at a distance 10 cm. The ratio of F_(g)//F_(e) is of the order of

F_(g) and F_(e) represent gravitational and electrostatic force respectively between electrons situated at a distance 10 cm. The ratio of F_(g)//F_(e) is of the order of

If F_e and F_g are the electric and gravitational forces respectively between an electrons and proton situated at a distance apart , the ratio of F_e and F_g is of the order of

If F_(g), F_(N), F_(W) and F_(E) be the gravitational, nuclear, weak and electromagnetic forces respectively, then arrange them in proper order as per their strength.

If F_(g), F_(N), F_(W) and F_(E) be the gravitational, nuclear, weak and electromagnetic forces respectively, then arrange them in proper order as per their strength.

F_g, F_e and F_n represent the gravitational, electro-magnetic and nuclear forces respectively, then arrange them in increasing order of their strengths

The electrostatic force between two point charges and the gravitational attractive force between two point masses- both are inversely proportional to the square of the distance between the charges and the masses, respectively. (1)(a) Compare the eletrostatic force (F_(C)) and the gravitational force (F_(G)) between an electron and a proton. (b) Compare F_(C) and F_(G) between two protons. (ii) Find out the accelerations of an electron and of a proton due to the electrostatic force between them when htey are placed at a distance of 1 Å