1. The problem statement, all variables and given/known data V=8.8V (a) Find the equivalent capacitance between the terminals Answer= .242uF b.) Find the charge stored on the positively charged plate of each capacitor? C1=.3uF , C2=1uF , C3= .25uF So I have to find the charge on each plate of the three c.)Find the voltage across each capacitor? Same deal but with voltage d.) Find the total stored energy? U=1/2*Cep*V U=1/2 (.242)* 8.8^2 U=9.37uJ 2. Relevant equations Cep= Q/V=(Q1+Q2+Q3)/V= C1+C2+C3 CV=Q 3. The attempt at a solution I tried CV=Q with V=8.8V and my answers for .3uF=2.64uC, 1uF=8.8uC, .25uF=2.2uC all wrong... I tried to think of C2 and C3 in a parallel Combo where there net capacitance is 1.25uF=Q/8.8V wrong for that too. I've only tried b because I thought V=8.8V was the potential and it was going to be constant but I guess not.