Light can be absorbed, and converted to heat.However, if a light-bulb heats up, it's to a great extent due to other effects - for example in the old-fashioned incandescent light-bulb, the electrical energy gets converted FIRST to heat energy; a small part of that heat energy then gets converted into visible light. In other types of light bulbs, the light bulbs get hot mainly because NOT all of the energy gets converted into visible light; part of it gets converted into heat.
Light is energy. But it also has heat energy, because if it is alight then it warms up. However, this is actually kinetic energy (heat is actually kinetic) because the particles are moving to create heat. This would be wasted energy in a lamp.
That is a light bulb, or any filament such as the one in a radiant electric fire.
The nuclear fission results in mass loss (called mass defect) that transforms into energy according to the formula: E = mc2 (c is light velocity). This energy manifests itself as heat energy.
geothermal
The electrical energy gets transformed into electromagnetic (light) energy and thermal (heat) energy.
No, it is electrical and light energy, which transforms into heat energy.
Mostly heat, but that heat causes a filament to glow, which makes light.
Radiation
by absorbing them and convert heat
Radiation
He probably gets heat from light energy that then turns into heat energy.
You don't. A light bulb transforms only a fraction of its energy into light, and most of it into heat. For an incandescent bulb about 3% is transformed into light, while for a compact fluorescent (low-energy light) about 15% is transformed into light.
The battery chemical energy transforms into electric energy that is demonstrated as light.
Light is energy. But it also has heat energy, because if it is alight then it warms up. However, this is actually kinetic energy (heat is actually kinetic) because the particles are moving to create heat. This would be wasted energy in a lamp.
That is a light bulb, or any filament such as the one in a radiant electric fire.
Burning release heat, for example.
The heat from the energy warms