Two small objects `X` and `Y` are peramanently separated by a distance `1cm` .Object `X` has a charge of `+1.0muC` and object `Y` has a charge of `-0.1muC` ,A certain number of electrons are removed from `X` and put onto `Y` to make the electronstatic force between two objects an attractives force whose magnitude is `360N` Number of electrons removed is

Two objects P and Q carry charges -3.00 muC and -0.04 muC. What is the number of electrons transferred from P to Q, so that they acquire equal charges?

Two point charged bodies q_(1) = 3 muC , and q_(2) = 4 muC are separated by 2 m in air. Find the magnitude of electrostatic force between them.

There are 5 xx 10^21 atoms in a object of 1 g. If one electron is removed from 0.01% atom, what will be the charge on the sphere ?

Two small objects are rubbed against each other using insulating handles and then kept at a separation of 1 m from each other in vacuum. Both objects were found to attract each other with a force of 10 N. Assume that the force between the objects is of electrical nature. Calculate the number of electrons that were transferred from one object to another during the rubbing process.

Two points objects of mass 1.5g and 2.5g respectively are a distance of 16cm apart, the center of mass is at distance x from the object of mass 1.5g. Find the value of x

Two point objects of mass 1.5 g and 2.5 g respectively are at a distance of 16 cm apart, the centre of mass is at a distance x from the object of mass 1.5 g. Find the value of x.