Answer:
The following situations apply: A, B, D.
Explanation:
The following situations apply: A, B, D.
1.) The electric force on the electron depends on A because E= F/q and thus, F=kqq_o/r^2 Ta. As you can see, the electric force depends on r^2, which is the distance between the positive charge and the negative charge, squared.
2.) As for B, the electric force on the electron depends on its charge as you can see from equation above.
3.) As for C, mass doesn't appear anyway in the equation for Force, thus, the mass doesn't matter.
4.) For D, yes, see equation for Force.
5.) For E, no
6.) For F, r in the equation for the force refers to the distance between both charges, not the radius of either charge. Thus, F doesn't matter.
7.) For G, no.
