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q1 + q2 = 0

q1/q2 = 0 Is this what you're looking for

Are you asking for simply q1q2 = 0

Do I incorporate this into the previous equation I had?

Wouldn't the total combined charge be 0? this way they are balanced?

q1 = q2?

The net charge wouldn't change because charge is conserved?

If both q1 and q2 are neutral, there would be no attraction? I assume I am transferring electrons to create a charge. (GMm)/kq2 = |q1| q1 is proportionate to GMm/k multiplied by 1/q2. Would q2 be the charge of an electron?

The product of the two charges are proportional to the force?

(GMm)/k = |q1||q2| ?

Homework Statement Two small objects of equal mass 3.0g are placed a certain distance apart. How many electrons must be transferred from one to the other so that the electric force between them is equal to the gravitational force between them? Homework Equations Coulomb's Law: F = K...