telivision
A television produces light and sound energy. The electrical energy from the power source is converted into these forms of energy to display images and produce sound for viewers to see and hear.
A car engine converting chemical energy to mechanical energy, which produces heat and sound during combustion. The movement of the car generates kinetic energy and heat while friction produces sound energy.
The energy that produces light and sound in a firecracker comes from the rapid combustion of chemicals inside the firecracker. During this combustion process, the release of energy generates heat, light, and sound, creating the explosive effects seen and heard when a firecracker is ignited.
A TV produces electrical energy to power its components and convert that energy into light and sound energy for viewing and listening.
When electricity runs through a light bulb, it produces light energy and some heat energy as well.
A television produces light and sound energy. The electrical energy from the power source is converted into these forms of energy to display images and produce sound for viewers to see and hear.
A car engine converting chemical energy to mechanical energy, which produces heat and sound during combustion. The movement of the car generates kinetic energy and heat while friction produces sound energy.
The energy that produces light and sound in a firecracker comes from the rapid combustion of chemicals inside the firecracker. During this combustion process, the release of energy generates heat, light, and sound, creating the explosive effects seen and heard when a firecracker is ignited.
thermal enery cause it produces heat *and light and sound
A TV produces electrical energy to power its components and convert that energy into light and sound energy for viewing and listening.
When electricity runs through a light bulb, it produces light energy and some heat energy as well.
An electronic device such as a light bulb or a speaker can convert electrical energy into light and sound energy, respectively. When electricity passes through the filament of a light bulb, it produces light through incandescence. Similarly, when electrical signals pass through a speaker's circuit, it vibrates the speaker cone, producing sound waves.
Piezoelectric materials can convert waste energy from light and sound into electrical energy. The material produces an electric charge when subjected to mechanical stress, making it useful for harvesting energy from sources such as vibrations and pressure waves.
Yes to all. -- Electrical current in a toaster produces thermal energy, often known as "heat". -- In a light bulb produces light. -- In the wires dangling from eaqr-buds produces sound. -- In a solenoid coil or motor stator produces magnetic forces.
A lamp typically produces light energy by converting electric energy into light through the use of a light bulb or LED.
The mechanical energy from the person hitting the drumstick is transformed into sound energy as the drum vibrates and produces sound waves.
When any fuel combusts it produces heat, light and a little sound. The majority of the energy produced will be heat.