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Question:

What are the best/easiest methods for dulling/nullifying the reflection of light off of duct tape?

I would have preferred to work with fabric tape or hockey tape; which, in my understanding, both have non-reflective surfaces. Unfortunately I must work with material akin to duct tape. It has minor reflective properties that I wish to eliminate. I don't want any glare or shine because I want this tape to blend in with nature, and if it's shiny it sure won't look natural. So I would like to know the best/easiest ways to go about dulling this tape without compromising the integrity of the adhesive. I have some ideas of my own, but would like to have more in case my ideas are paltry in comparison.Best idea (the one I decide to use) gets selected :DThanks

Answer:

Black holes has enormous mass, and when anything approaches her they are eaten. She is so big everyone gets sucked in. If you can't tell Im talking about Oprah. White holes are similar but even more powerful, sometimes called Rosie O' Donell
What we call gravity is actually a bending or distortion of space caused by the presence of mass. Imagine a thin rubber sheet with a bowling ball resting on it. Under and around the ball (..mass) the sheet (..space) is bent. If you were inside that dimple and wanted to climb up and out would take energy. Now imagine a bowling ball so immense and the resulting bending and distortion of space so extreme that nothing could come up with enough energy to climb up and out of it, not even light. That's a black hole. Most black holes are formed by stars that are at least 10 times more massive than our own sun. Once these huge stars end their lives, a black hole is left behind because most of the tremendous mass of the star is compressed into a super-dense sphere.
Think about what is needed to orbit something. Throw a ball. It will take a curved trajectory and fall back to earth. Throw harder. It flies further. Throw really hard, and the curved path matches the surface of the earth: the ball will keep falling and falling, but never touch down again. It is in orbit. If the earth's gravity would be much higher, you would have to throw the ball much harder to get the same orbit. Keep increasing the gravity. At a certain point, you need to throw the ball as fast as the speed of light. This is the maximum speed possible, you cannot achieve faster speeds. If you shine your torch, the light would also follow the same orbit. You'd be lighting your own but (if the torch is strong enough). This orbit is called the event horizon. Nothing can escape from it, including light. But stuff would also not fall in! Now increase gravity once more. Everything will be unable to reach a speed needed to remain in orbit. Everything will fall down, including light. You are suddenly inside the event horizon. [remember this point] The event horizon is now a bit further from the center. Stuff originally able to orbit or even escape, may no longer be. So, more stuff (including light and other forms of radiation) is falling in the black hole. This increases its mass, and thus its gravity. Go back to [remember this point] There's much more to it than this, but I think this explains the basics pretty much.
A fumatic smoke detector is almost like a fire alarm, or at least that is what it is commonly compared to. Good Luck! :)

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