The main purpose of a toaster is to generate heat, not light. A small amount of light may be produced as a by-product, due to the high temperature. The way the heat (and a small amount of light) is produced is simply by using electrical resistors.
The electrical energy gets transformed into electromagnetic (light) energy and thermal (heat) energy.
Inside a toaster, electrical energy is converted to heat (and a little bit of light) energy.
Electrical energy is transformed into heat, microwaves, light
The energy that is transformed is electrical, motion, and sound, and maybe light or electromagnetic energy.
First, a toaster uses electrical energy. Then, it uses this electrical energy and the mechanical energy of you pushing on the lever to produce thermal energy, or heat, and sound as the object in the toaster pops up.
The electrical energy gets transformed into electromagnetic (light) energy and thermal (heat) energy.
The electrical energy gets transformed into electromagnetic (light) energy and thermal (heat) energy.
The electrical energy gets transformed into electromagnetic (light) energy and thermal (heat) energy.
Inside a toaster, electrical energy is converted to heat (and a little bit of light) energy.
The inside of a toaster includes electrical energy (what runs the toaster), radiant/light energy (the light coming off of the coils), and thermal/heat energy (what cooks the food in the toaster).
Electrical energy is transformed into heat, microwaves, light
in bulbs.. in ovens.
the energy transfer in a toaster is electrical to heat (and light if the elements are glowing)
The energy that is transformed is electrical, motion, and sound, and maybe light or electromagnetic energy.
First, a toaster uses electrical energy. Then, it uses this electrical energy and the mechanical energy of you pushing on the lever to produce thermal energy, or heat, and sound as the object in the toaster pops up.
Electrical energy is transformed into heat and light. More specifically, electrical energy from the household wiring is turned into thermal energy (heat) by the filament which in turn becomes luminous energy (light). Some energy is lost due to resistance in the conductors.
In a light bulb, electrical energy is transformed into light energy and heat energy.