An object is TRANSPARENT if light passes through easily enough that you can see what is on the other side. It is TRANSLUCENT if enough light passes through that it helps you see what is on the same side of the object where you are.
It may be transmitted, reflected, or absorbed.
Yes, that's certainly a fair and reasonable statement.
I believe it's absorbed.
reflection
No. It is at the very least a theory, and may be a law.
Depending on the substance that comprises the object, light may be reflected, absorbed, or transmitted.
light can do one of 4 things. it can, a] bounce off of an object, b] get absorbed, or c] be dispersed. this happens when white light goes through a prism, and comes out as all colors of the visible spectrum, ROYGBIV. [red, orange, yellow, green, blue, indigo, violet] and refract d]
it may be that there is a loose connection in the pole and or the light connectors(where you screw in the light) becomes a little rusted and when kick/shaken it loosens the rust and make connection. May be a loose connection, get it looked at by an expert, may be very dangerous!
That's the simplest kind of polarization, and it simply means that all pieces of light - all photons - have the same orientation in space. For example, if the light shines horizontally, the light can be vertically polarized, or it may be horizontally polarized. Or at some other angle in between.
You may catch a fire. It depends.
Photons are electromagnetic waves/particles, most commonly seen as light and by definition can not be solidified but that may be proven wrong someday
A "photon" is a particle of light. Therefore, EVERY star that emits light - basically, all of them - is a "photon star". So, yes, our Sun is a photon star, and it still is. Energetic photons hitting the landscape and bouncing off let us see, and even more energetic photons that strike your skin can, in a high enough dose, give you a sunburn.
No. It is at the very least a theory, and may be a law.
Electrons maybe?
Yes. The lumen is a measure of the strength of light; if light may be detected , it is done via the presence of photons, their intensity is the measure of luminosity.
None, light is composed of photons. Light may be emitted or absorbed when electrons undergo transitions between atomic or molecular orbitals, but the light itself does not contain electrons.
Depending on the substance that comprises the object, light may be reflected, absorbed, or transmitted.
If the light is strong enough, a shadow is formed. But if that object is a cloud, a rainbow may be formed.
maybe air or gas i think for weight...... : Actually, the above have weight and mass, if they are on or about Earth. Anything that is matter will always have mass. It may have no weight if it is in free fall. Light, or photons, have no mass. One may say - very carefully - that you could consider they have "weight" at times, if one is applying that term to the phenomena of gravity affecting those photons.
coherent light is a light in which the electromagnetic waves maintain a fixed and predictable phase relationship with each other over a period of time. Additional Information (S) Incoherent light contains may different wavelengths and amplitudes of light, such as light from a light bulb. Coherent light is a beam of light where all of the photons are the same frequency and interval. If you think of photons like people, a laser is a coherent group of photons like a column of soldiers marching in a long parade, whereas incoherent light is more like everyone exiting from the movie theater.
A solar cell converts sunlight directly into electricity by the photovoltaic effect. Sunlight is composed of photons, or "packets" of energy. These photons contain various amounts of energy corresponding to the different wavelengths of light. When photons strike a solar cell, they may be reflected or absorbed, or they may pass right through. When a photon is absorbed, the energy of the photon is transferred to an electron in an atom of the cell (which is actually a semiconductor). With its newfound energy, the electron is able to escape from its normal position associated with that atom to become part of the current in an electrical circuit. Hope that helps.