Find capacitance:
C = Er * Eo * A / d
C = (1.0005898) * (8.854×10−12)* (1meter squared) / 2 x 10^-6
C = 4.42 micro farads
To determine charge Q:
Q = C*V = 4.42 x 10^-6 * 10 volts = 4.42 x 10^-5 coulumbs.
there is no separate capacitors for AC and DC. All capacitors are same. Electrolytic capacitors are manufactured by creating a die-electric by chemical etching or electroplating on one plate. Such capacitors when connected in AC circuit dislodges the die-electric material and thus results in short circuit between the two parallel plates of the capacitor. For AC circuits only non-electrolytic capacitors should be used. The common type is oil impregnated paper capacitor.
When light bulbs are connected in parallel, each bulb has its own separate path to the power source. This means that if one bulb burns out, the others will continue to work. Additionally, the voltage across each bulb in a parallel circuit remains the same.
As they are connected in parallel (each has its own branch) the remaining bulbs keep shining exactly as they did before.
A flashlight typically uses a parallel circuit design. In a parallel circuit, each component has its own separate path connected to the power source. This allows each component, such as the bulb and the switch in a flashlight, to operate independently.
In a parallel circuit, each component has its own separate path for current to flow, allowing them to operate independently. In a series circuit, components are connected end-to-end so that the same current flows through each one in sequence.
A single speed permanent split capacitor AC induction motor has two separate pairs of series wound stator windings arranged at right angles to each other around the central rotor. The main run winding is connected directly to the AC power source while the secondary start winding is connected to the same source with a capacitor in series with it. The capacitor causes an electrical phase shift to the power in the start winding relative to the run winding, to produce a rotating magnetic field around the rotor which can start it turning. Since the capacitor remains in the circuit while the motor is running it's called a permanent split capacitor design.
In a parallel circuit, there are two or more branches connected to the voltage source, providing multiple paths for the current to flow. Each branch forms a separate circuit, but they share the same voltage source.
A voltmeter can be connected in parallel to measure the voltage across a component accurately. This means connecting the voltmeter in a separate branch of the circuit, directly across the component being measured. This allows the voltmeter to measure the voltage without affecting the current flow in the circuit.
The lights are most likely connected in a parallel circuit. In a parallel circuit, each light bulb has its own separate path to the power source. Therefore, if one bulb is missing or burnt out, the other bulbs can still receive power and continue to work.
A capacitor is a circuit component that stores energy in the electric field set up between its plates.Capacitors are named after the dielectric used to separate their plates (e.g. 'mica' capacitor), and there are lots of different types of dielectric used (too many to list), so there are a corresponding number of types of capacitor.But you can also categorise a capacitor as being 'polarised' or 'non-polarised'; electrolytic capacitors are 'polarised', which means that they must be connected into a circuit while taking into account the polarity of their terminals.Finally, you can categorise them as being 'fixed value' or 'variable'.
Any circuit that even has more than one branch is a parallel one.
a capacitor is used to store charge for longer period of time.in odder to understand that how a capacitor gets charged consider two parallel metal plates.these plates are neutral having equal amount of positive and negative charges.now connect these plates to the opposite terminals of a battery.the electrons present in the plate connected to the positive terminal of a battery will be attracted by the positive terminal leaving the plate positively charged.now these electrons are pushed by the battery to its negative terminal which repels these electrons to the plate connected to it making it negatively charged. now the battery is disconnected.so in this way the plates of a capacitor gets charged.as these plates have opposite charges stored on them force of attraction exist between them enabling a capacitor to store charge for longer periods of time.