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They can be made from the same reflective material. They both are able to curve.
well no as it bounces
Plastic Better materials to slow heat transfer through conduction are called heat insulation material, like fiberglass, foam, and historically, asbestos. A trapped air space is also very good, like double pane windows. But radiant heat is best insulated using reflective surfaces separated by a space. The lighter the density of the material between the reflective surfaces, the better the insulation effect. A vacuum between reflective surfaces is ideal. This is often called a thermos. This is what is used to store liquefied gases.
A black surface, indicating the surface is not reflective -- all lights are being absorbed -- visible or invisible.
1 first medium has a larger reflective index than the second medium (means the first material is denser than the second material) 2 the angle of incidence must be larger than the critical angle
They can be made from the same reflective material. They both are able to curve.
reflective gear such as reflective jackets ECT.
they are made out of reflective material, and just reflect in a different direction
mirror
Polished glass formica
well no as it bounces
The definition of "Medium" is the material that something is made of. So, a mirror can be made of any material that can be polished enough to be reflective. For example, Metal, Plastic, Glass, even Water can have mirror properties. You may wish to restate your question?
Yes, but they work best on silvery, reflective material.
There are many good bags to put band patches on. Some suggestions for the bags are strong totes or backpacks. The bag needs to made from a thick material and not any type of vinyl bag.
Isaac Newton in 1668Newton.
i think aluminium, its the most common reflective one anyway. Actually I am in the middle of a project that requires this information. Silver exceeds aluminum. Silver has a 98% RI and Aluminum is 90%.
Those are microscopic beads of titanate glass, with a reflective material on the back half of each bead. They exhibit "retroreflectivity"- bouncing light back to the source of the light. When illuminated by headlights of a car, they bounce light back to the headlights. The best known brand is probably Scotchlite, made by 3M.