Beside the power using device .e. a light bulb in the circuit, the circuit also need to use some of the power from the power souce to move the current along the wiring (the circuit) therefore for there is a natural drop in the amount of energy.
All electical circuits have a resistance, this requires some of the power to be used to carry the current to its final destination (in our case the bulb)
To see this in a simple experiment. Using a hose pipe attached to a water outlet. make small holes in regular stages along the pipe. Block the end of the pipe and turn on the water supply. You will see that more water comes from the holes closer to the water source than the latter holes in the pipe. This is because more water (energy) escapes
In short, yes.
See the Related Links for "Wikipedia: Electric power transmission" to the left for more information.
In long range,electric current can flow only when the wires are given high voltage.The voltage is about 20-30kV.eg.lightning. ---------------------------------------- Current of any voltage can flow in a wire. However, the larger the current is, the larger the resistance to flow and the greater the loss of energy during transmission. Therefore, to transfer the same amount of energy per second (power) without as much loss of energy due to resistance, current needs to be lowered by increasing the voltage since Power = Current * Voltage.
ENERGY
a change of state
The rate of heat loss from the hot cup decreased during the experiment.
The mouse use some energy is used in respiration(loss as heat) and the others used as growth( which will then pass on to the cat)
In long range,electric current can flow only when the wires are given high voltage.The voltage is about 20-30kV.eg.lightning. ---------------------------------------- Current of any voltage can flow in a wire. However, the larger the current is, the larger the resistance to flow and the greater the loss of energy during transmission. Therefore, to transfer the same amount of energy per second (power) without as much loss of energy due to resistance, current needs to be lowered by increasing the voltage since Power = Current * Voltage.
In an incandescent bulb, the current flows through a thin tungsten wire or a metallic filament that offers high resistance to current flow. When the electrons bump into the atoms, the friction, or loss of kinetic energy, produces heat
As the emf in an AC circuit causes current flow in the core of an inductor the magnetic dipoles will align themselves with the direction of the flow. As the current reverses the dipoles tend to stay aligned and there is a certain amount of flow that is required to realign them in the opposite direction. Thus there is a lag between current reversal and dipole realignment. The energy used for this realignment so to speak is called hysterisis and is a loss to the circuit.
ENERGY
Energy as heat
The term attenuate when related to physics means the reduction of strength of a signal, flow of a current or energy in other electrical systems. It relates to the gradual loss of intensity.
Because the energy is leaving the object, if that's what you mean.
The circuit and its mechanical layout are designed in such a way thatconductors are used between points where current is intended to flowwith as little loss of energy as possible, and insulators are positionedin all locations through which current is not supposed to flow.
yes because the cash flow is in one day but the net loss is throughout the year.
Insulation products are used to prevent energy loss. Hope it helped. :)
the conductors delivers energy from the source to the load with minimum loss by electron flow in the metal wires.
It becomes energy, hence the energy released in nuclear bombs.