Answer and explain clearly

\f1. Four capacitors A, B, C, and D are connected in parallel across a 150 '4' battery source.The charges accumulated in capacitorA, B, and C are equal to zone uC, ?5 HE, and 15m] uC, respectiyely_ If the total capacitance of the combination is known to he 35 pF, hoylr much charge is accumulated in capacitor D? ' 2. Three capacitors of 2D pF. 1t] pF. and 15 pF respectively are connected in series across a mo V supply. Find the voltage across the 1i) uF capacitor. 3. A capacitor whose plates is 20 cm a 5.0 cm and is separated by a LEI-mm air gap is connected across a 12 in" battery. Determine the charge accumulated on each plate after a long time. ._' 4. The result of capacitance C1 = E microfarads and C: connected in series is 3 microfarads. Find the yalue of capacitor C2 in microfarads. . 5. A certain capacitor is charged at 45 yolts after which its stored energy is 5.}'5 it ill2 joules. What is the capacitance of the capacitor? '- 6. a. Compute the total capacitance given that all capacitors are equal1i] microfarad each. h. Compute the total charge. . c. Compute the charge :5. _