Does the electric field between the plates increase, decrease, or remain the same as the plates are moved closer together? The electric field increases. O The electric field decreases. O The electric field remains the same.Explain your reasoning to the question above.\fTwo thin metal plates on insulating stands are placed +00 0 side by side as shown. Assume the plates are large and close enough together that fringing effects can be ignored and that all the charge resides on the inner surfaces of the plates. The charge density is +0O on one plate and oO on the other plate. For the following questions, state how each of quantity changes, if at all, when the two plates are moved closer together. Does the charge density on each plate increase, decrease, or remain the same as the plates are moved closer together? 0 The charge density increases. 0 The charge density decreases. O The charge density remains the same. 0 WW Metal plates on insulating stands Does the Qpacitance of the pair of plates increase, decrease, or remain the same as the plates are moved closer together? 0 The capacitance of the pair of plates Increases. O The capacitance of the pair of plates decreases. O The capacitance of the pair of plates remains the same. Explain your reasoning to the question above.The diagram and description are repeated here for your convenience: Two thin metal plates on insulating stands are placed to -o side by side as shown. Assume the plates are large and close enough together that fringing effects can be ignored and that all the charge resides on the inner surfaces of the plates. The charge density is +% on one plate and -o. on the other plate. For the following questions, state how each of quantity changes, if at all, when the two plates are moved closer together. Does the potential difference between the plates Metal plates on increase, decrease, or remain the same as the plates insulating stands are moved closer together? O The potential difference increases. O The potential difference decreases. O The potential difference remains the same.