Solve the following and provide complete solution.

Suppose two conducting plates are 6.0 cm apart and they have an area of 4.98 m2. What will be the capacitance in the system if water (K = 80.4) will be charged between the plates? Find the capacitance of a parallelplate capacitor with a dielectric (K = 6.70) when the plates are 2.11 mm apart and their area is 3.75 1112. Determine the amount of energy, in joules, stored in a defibrillator's 17.0 \"F capacitor that has a potential difference of 9.25 X 103 V. What is the specific resistance, in ohm-meters, of a conducting wire with length = 0.09 m and radius = 0.55 mm? Suppose that the wire's resistance is 14 12.If a parallel-plate capacitor is inserted with a glycerine dielectric (K = 42.5), what will be its capacitance if the plates are .011 cm away from each other and they have an area of 1 cm2? What is the potential energy in a 2ooo-mF capacitor that has been charged to have a voltage of 10 volts? What is the total resistance, in ohms, of a 30- meter roll of a 0.32-m2 copper wire? The resistivity of copper at 20C is 1.72 x 108 Elm. A parallel-plate capacitor has teon (K = 2.1) between its conducting plates. What will be the area of these plates if they have a separation distance of 7.67 mm and the capacitor yielded a new capacitance of 4.45pF after the insertion of teon? The insulator polyvinyl chloride (K = 3.18) has been put between the plates of a capacitor with a separation distance of 3.47 mm. It received a capacitance amounting to 7.32 \"F. What is the area of the plates