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Professor McGonagall builds a parallel rectangular plate capacitor consisting of two large parallel metal plates of area A = 2 m², and plate separation d = 0.5 mm. The capacitor is then connected to a battery of voltage V = 30 V. The space in-between the plates is vacuum. Use k = 8.99 x 10° Nm²/C² for Coulomb's constant. The goal is to calculate the capacitance of, electric field within, charge on, and charge density on the capacitor. Capacitance 0.0/10.0 points (graded) Calculate the capacitance. Enter responses using numbers. C= SUBMIT You have used 0 of 5 attempts Charge 0/10 points (graded) Calculate the total charge on the positive plate of the capacitor. Enter responses using numbers. Q - SUBMIT You have used 1 of 5 attempts * Incorrect (0/10 points) Charge Density 0/10 points (graded) Calculate the charge density on the positive plate of the capacitor. Enter responses using numbers. (F) (C) (C/m³) B Save Save