English, asked by rekha4030prajapati, 5 months ago

compo on word 'light'​

Answers

Answered by anitasandil639
1

Answer:

kdkddkdk the storm is a good time to time but and I have to be a bird and I will send you an email with the following parrot the storm and I have

Explanation:

u can see the storm and biological weathering that I am a student of the Indus valley

Answered by shrutijha0804
4

Answer:

LIGHT: A FUNDAMENTAL FORCE IN OUR WORLD

If asked what light is, one could say that it's one of the most basic

elements of our world and our universe as we perceive it. It is through

sight that we receive 90% of our information. It is through the use of

telescopes aiding the naked eye that we are aware of the heavenly bodies

around us. It is through light that the energy from the sun is transferred

to us. The sun's energy supports the food chain; plants use it to turn

water and CO2 into energy usable by other organisms. Solar energy was also

used, indirectly, to produce all of the fossil fuels that we consume daily.

Since light is such a basic part of our existence, we should have a basic…show more content…

When these return to their normal, or "ground" state, energy is

produced in the form of electricity. Thus, light is termed a

"wave-particle," and this property is called the "wave-particle duality of

nature." Many questions concerning what makes up light still lie

unanswered, but this much is thought to be true.

Light can be produced in a variety of ways. Our sun, like other stars,

uses nuclear fusion to produce energy in the form of light and radiation.

We can produce light artificially using several methods. If one starts a

fire, it produces light and heat. (Heat, which is infrared radiation, is

another type of light energy.) The light and heat are a result of a

chemical reaction, the combining of oxygen with the carbon in the wood.

This reaction leaves behind products which have less potential energy than

they started with. The energy, which left as light and heat, was produced

when electrons dropped in energy levels during the reaction. The excess

energy from one atom was given off as a photon, producing light. If one

examines a fluorescent or incandescent light bulb, one can see that all it

is doing is having electricity stimulate a metallic or gaseous substrate,

causing it to give off photons. The principle is the same as it was with

the fire, only it is more controlled.

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