A capacitor can release its stored energy at any rate. The rate is determined by ohm's law. It states that the current in amperes equals the electromotive force (or voltage difference of the capacitor's poles) divided by the resistance between the poles.
I=E/R
Current=volts/resistance
A microwave does not give off electricity.
yes
light
Screen-To give off light. Speakers-To give off sound Remote control-To give off messages Remote Sensor-To sense the remote controls messages Cable-To pass through electricity to the television Plug-To receive electricity.
Screen-To give off light. Speakers-To give off sound Remote control-To give off messages Remote Sensor-To sense the remote controls messages Cable-To pass through electricity to the television Plug-To receive electricity.
heat,friction,turbulance and electricity
if the source is switched off there will be leakage slowly discharging the capacitor
burn it and it give off heat which is transferred into energy
Capacitors are used to store electricity in a circuit, so even when the circuit is unpowered, so long as it's still functional, it would still give off a small electric shock due to electric charge present in capacitor.
Vizio seems to give off the least heat and use the smallest amount of electricity.
yes moore acidic fruits like a lemon will give off moore electricity than say an apple
Yes, it is possible: thermal decomposition and electrolysis.