Electrical current in a light bulb causes the bulb element to heat up i2R and some heat gets to the level to excite the element electrons. The excited electrons radiate light when returning to normal levels.
The unit to describe the amount of electrical current passing through a point is the ampere (A).
In an electric lamp, electrical energy is transformed into light energy and heat energy. When the lamp is turned on, the electrical current flows through the bulb's filament, causing it to heat up and emit light. Some of the electrical energy is also transformed into heat energy due to resistance in the filament.
Electrical energy is transformed into thermal energy in a hot plate. The electrical current flows through the heating element, which generates heat through resistance, raising the temperature of the hot plate surface.
A torch, or flashlight, typically uses a battery to power the lightbulb. When the battery is inserted into the torch, it completes a circuit allowing the current to flow from the battery to the lightbulb, which then emits light. The chemicals inside the battery convert chemical energy into electrical energy, powering the lightbulb.
An example of kinetic energy being transformed into electrical energy is when a wind turbine is in motion due to wind. The kinetic energy of the moving blades is converted into electrical energy through a generator attached to the turbine, producing electricity.
The unit to describe the amount of electrical current passing through a point is the ampere (A).
In an electric lamp, electrical energy is transformed into light energy and heat energy. When the lamp is turned on, the electrical current flows through the bulb's filament, causing it to heat up and emit light. Some of the electrical energy is also transformed into heat energy due to resistance in the filament.
Electrical energy is transformed into thermal energy in a hot plate. The electrical current flows through the heating element, which generates heat through resistance, raising the temperature of the hot plate surface.
A torch, or flashlight, typically uses a battery to power the lightbulb. When the battery is inserted into the torch, it completes a circuit allowing the current to flow from the battery to the lightbulb, which then emits light. The chemicals inside the battery convert chemical energy into electrical energy, powering the lightbulb.
An example of kinetic energy being transformed into electrical energy is when a wind turbine is in motion due to wind. The kinetic energy of the moving blades is converted into electrical energy through a generator attached to the turbine, producing electricity.
Batteries have chemical energy stored inside them. Of course, when they provide a current, this chemical energy is transformed (in part) into electrical energy.
A flashlight works by converting electrical energy from batteries into light energy through a bulb or light-emitting diode (LED). When the switch is turned on, the circuit is completed, and the electrical current flows through the bulb or LED, causing it to emit light.
because there is no voltage and resistance?
When electrical current flows through the metal filament of a light bulb, electrical energy is converted to heat and light energy. The filament heats up due to the resistance it provides, emitting light as it reaches high temperatures.
Battery (chemical energy) goes to the wires (electrical energy) which goes to the light bulb (thermal and electromagnetic energy. In the bulb of a traditional flashlight, electric current energy is transformed to heat and then partially to light, when the temperature of the filament in the bulb is sufficient. In an LED type flashlight, little heat is produced and more of the electrical current energy is transformed into light.
Volatile.
A generator converts mechanical energy into electrical energy. By utilizing a magnet and a conductor to induce a flow of electrons, the mechanical energy is transformed into a usable electrical current.