Depending on the length, between 30 and 60 Watts of power for fluorescents and around 10 Watts for LED T8's
Heat is negligible for the LEDs, and almost negligible for Fluorescents
*exact numbers not available at the moment.
An example of power in physics is when a light bulb converts electrical energy into light and heat. The power of the light bulb is determined by the rate at which it converts energy, measured in watts. This power output determines how bright the light will be or how much heat is generated.
Combustion engines make power by burning fuel. Much of that energy is lost to heat.
They use less power and don't give off so much heat.
The sun is the only star that is close enough to Earth to provide significant heat and light because of its proximity. Other stars are much farther away, and their light does not reach us with the same intensity. Additionally, the unique composition and size of the sun make it a suitable source of heat and light for Earth.
The power rating for a light bulb (like "40 W") tells how much electrical power the light bulb uses. All of the power used by the bulb is either converted into light or heat. In an incandescent bulb, most of the energy becomes heat. In a fluorescent bulb, more of it becomes light.
Power = Energy/time 100W=Energy/360 Seconds Energy = 100/360 Energy ≈ 0.27 Joules
It can make quite a difference. A dark object will absorb solar heat much faster than a light one.
The Sun is the closest star to Earth, which is why we receive a significant amount of heat and light from it. Other stars are much farther away and their radiation does not reach us in the same way. Additionally, the Sun's composition and size make it capable of sustained fusion reactions that generate heat and light.
Yes, any body with a temperature emits EM radiation which is not in the visible spectrum, but if you heat too much, you can get some visible EM radiation. it happens every time you heat a peice of iron and it glows red hot, or when you heat the tungsten filament inside a light bulb and it lights your room.
There are other forms of artificial light devices that consume much less power, and generate less heat, such as Halogen, LED, and so forth.
That depends how much power each of the heat sources have. Add the power of the two heat sources, and compare with the power of the strong one.
A 160 watt heat light will produce 160 watts of heat energy. This heat output can vary based on factors such as the efficiency of the light and how it is directed. It is important to consider safety precautions when using heat-generating devices.