I didn't say that... But that is basically a correct description of the energy transformations. Part of the energy also gets wasted, into heat energy (different parts of an electrical circuit have resistance), and infrared radiation, i.e., non-visible light.
Photovoltaic cells convert radiant energy from the sun into electrical energy through the photovoltaic effect. When sunlight hits the photovoltaic cell, it excites electrons in the material, creating a flow of electricity. Essentially, photovoltaic cells harness radiant energy to generate electrical energy.
An example would be a lightbulb, where electrical energy (mechanical energy in the form of moving electrons) is converted to radiant energy (light). The electrical energy causes the filament in the lightbulb to heat up and emit light energy.
A toaster converts electrical energy into heat and radiant energy. The electrical energy powers the heating elements inside the toaster, which then produce heat through electrical resistance. The heat generated toasts the bread or other food items placed inside the toaster.
Radiant energy can be converted into heat energy when absorbed by a material. Radiant energy can be converted into electrical energy in photovoltaic cells through the photoelectric effect. Radiant energy can be converted into chemical energy through photosynthesis in plants.
there is a relationship they produce temperature.
Radiant energy using a solar panel to change into electrical energy.
You could be a Solar electrical panel made up of many solar cells converting our Sun's radiant light energy into electricity.
Energy is the direct of the photovoltaic
Flashlight: electrical energy -> radiant energyBattery: chemical energy -> electrical energyToaster: electrical energy -> heat energyMotor: electrical energy -> kinetic energy
electrical to radiant to thermal
I didn't say that... But that is basically a correct description of the energy transformations. Part of the energy also gets wasted, into heat energy (different parts of an electrical circuit have resistance), and infrared radiation, i.e., non-visible light.
Photovoltaic cells convert radiant energy from the sun into electrical energy through the photovoltaic effect. When sunlight hits the photovoltaic cell, it excites electrons in the material, creating a flow of electricity. Essentially, photovoltaic cells harness radiant energy to generate electrical energy.
Radiant energy is energy related to radiation. Electric energy, on the other hand, is energy related to electricity - such as electrical currents, and stored charges.
An example would be a lightbulb, where electrical energy (mechanical energy in the form of moving electrons) is converted to radiant energy (light). The electrical energy causes the filament in the lightbulb to heat up and emit light energy.
A toaster converts electrical energy into heat and radiant energy. The electrical energy powers the heating elements inside the toaster, which then produce heat through electrical resistance. The heat generated toasts the bread or other food items placed inside the toaster.
Radiant energy can be converted into heat energy when absorbed by a material. Radiant energy can be converted into electrical energy in photovoltaic cells through the photoelectric effect. Radiant energy can be converted into chemical energy through photosynthesis in plants.