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no when a light hits an object the light will bounce back
Daryl Kemmer
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Can you see the reflective material without light and why?
well no as it bounces
Can you see reflective materials with out light why?
No. Reflective (only) materials DON'T shine by themselves, but are good at bouncing light around. Put them somewhere COMPLETELY dark, and it'll remain like that. But if there's only a little light falling onto them, that light will very efficiently be bounced back.
Can you see reflective material without light?
well no as it bounces
How does reflective light allow us to see an object?
same way normal light does. it's just normal light bouncing off a reflective surface and onto another surface
What is reflective tape?
Tape that has a reflective surface on it to catch light. Often used by bycicle riders at night so that drivers can see them when the headlights reflect off the tape.
What are three materials that affect how to see light?
......,
What materials reflect all light?
All materials reflect light. if u can see it then the light refelcts off that and into ur eyes
Why we cannot see the light source when using 3 opaque materials?
We cannot see a light source even if 1 opaque material is blocking the light source. Opaque materials do not allow light to pass through them so we cannot see light through them but we can still see light reflected by them.
What is the difference between reflective and unreflective?
Unreflective must be invisible as we can only see things that light has reflected off into our eyes
How can you see infrared light without camera?
You can't see infrared light without a special camera.
Can you see colors without the light?
no because you need light to see
How does a plain mirror form a virtual image?
As you may know the only reason we see anything is because light is reflected off it. Turn the light off in your room and you see "nothing", turn it on and everything is visible (mostly). Mirrors are highly reflective surfaces, so any light that hits them will bounce back as if it copying said light. As surfaces get less and less reflective you will be able to see a less distinctive image back, for example aluminum or titanium.
