There is a single electron at a distance from the pointcharge. On which of the f

Question

There is a single electron at a distance from the pointcharge. On which of the following quantities does the force on theelectron depend?     Check all that apply. the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron There is a single electron at a distance from the pointcharge. On which of the following quantities does the force on theelectron depend?     Check all that apply. the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron Check all that apply. the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron the distance between the positive charge andthe electron the charge on the electron the mass of the electron the charge of the positive charge the mass of the positive charge the radius of the positive charge the radius of the electron

Explanation / Answer

According to couloumbs law            F= k Q1Q2 /r2            F Q1Q2 /r2         F    1/r2 Force on the electron depends on distance between thepositive charge and electron Force on the electron depends on distance between thepositive charge and electron

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