I have two capacitors of capacity 5pF and 8pF, respectively. How should I connect them to get a capacitor of capacity less than 5pF?
I have two capacitors of capacity 5pF and 8pF, respectively. How should I connect them to...
please answer all, and explain
5. If a charge of +2Q were placed at the origin (the crossing point of the vertical and horizontal lines) of the above figure, into which quadrant would it feel a net force? +4 +0 +30 +20 6. A uniform electric field is shown below. Draw equipotential surfaces. In which direction does the voltage decrease? If an electron is placed in the electric field at rest, draw the direction cf force. The electron moves from...
A You have two capacitors, one with a larger capacitance than the other. You connect them in series. The total capacitance will be: The same as the larger capacitance B. - The same as the capacitance of the smaller capacitor Greater than the larger capacitance D. Less than the capacitance of the smaller capacitor E. Between the smaller and larger capacitances C.
You have two capacitors, one with a larger capacitance than the other. You connect them in series. The total capacitance will be: A. The same as the capacitance of the smaller capacitor B. Greater than the larger capacitance C. Between the smaller and larger capacitances D. The same as the larger capacitance E. Less than the capacitance of the smaller capacitor
OA You have two capacitors, one with a larger capacitance than the other. You connect them in series. The total capacitance will be: Between the smaller and larger capacitances The same as the larger capacitance OC. The same as the capacitance of the smaller capacitor Greater than the larger capacitance E. Less than the capacitance of the smaller capacitor
B. You have two capacitors, one with a larger capacitance than the other. You connect them in series. The total capacitance will be: O A. Less than the capacitance of the smaller capacitor Greater than the larger capacitance The same as the capacitance of the smaller capacitor Between the smaller and larger capacitances O E. The same as the larger capacitance D.
If we have two capacitors, how would you connect them (series or parallel) to obtain a larger equivalent capacitance?
10) You have four capacitors. (a) You need a capacitor of larger capacitance than all of them. How do you connect these capacitors to get larger capacitance? -5 pt (b) How do you connect them to get smaller capacitance? Is the resultant capacitance smaller than all or average of all?- 5 pt
Suppose you have two identical capacitors. You connect the first capacitor to a battery that has a voltage of 25 volts, and you connect the second capacitor to a battery that has a voltage of 12.1 volts. What is the ratio of the energies stored in the capacitors: Ecap1/Ecap2? Assume 3 significant digits.
If you have two capacitors but you want to create a single circuit using a capacitor that has less capacitance than either of the two that you have, how should you arrange the capacitors in your circuit? A. Put the capacitors in series. B. Put the capacitors in parallel. C. Put one before and one after the battery. D. Change the direction of one of the capacitors. E. It is not possible to have an equivalent capacitance less than any...
if you have two capacitors but you want to create a single drout using a capacitor that has less capacitance than either of the two that you have, how should you arrange the capacitors in your circuit? O A Put the capacitors in series 3. Put the capacitors in parte C. Put one before and one wter the battery D. Change the direction of one of the capacitors is not possible to have an equivalent capacitance less than any capacitor...