becuase it does
light and smooth surfaces reflect heat energy
Because the two substances are not adhesive to each other.
All surfaces that come into contact with each other generate friction. The magnitude of the friction depends on the specific properties the two surfaces. General rule: smooth surface --> less friction. But this fails sometimes too.
There are irregularities on the surfaces of any material which might not be visible to the naked eyes. This rough surfaces causes friction between any two bodies.friction is caused by gravity pulling on one object making it "stick" to the other object.yo' momma!
the amount of friction depends on the type of surfaces that are rubbing against each other. when surfaces are smooth, they move against each other more easily. friction is greater between rough surfaces. in order to reduce friction in the moving parts of machines, scientists and engineers use oil and other lubricants. these lubricants make the surface smoother.
light and smooth surfaces reflect heat energy
Because the two substances are not adhesive to each other.
Because on the molecular level, they are not smooth No surface is perfectly smooth and even if it were, many molecules of the two surfaces would get close enough together to interact.
Slickensides is the geological term for the shiny surfaces, often showing linear grooves, on one or both surfaces of rock faces as they grind past each other during fault movement. The surfaces are characterized by pulverized rock compressed to a smooth and often shiny surface.
Highly polished, shiny surfaces reflect light the best as they are REFLECTive. White or bright surfaces also reflect light well. Dull, Matt surfaces are the worst reflecters of light
Solutions are mixtures composed of substances that are spread evenly among each other. Solutions are substances that a solute dissolves in a solvent. One example of solutions is salt water.
All surfaces that come into contact with each other generate friction. The magnitude of the friction depends on the specific properties the two surfaces. General rule: smooth surface --> less friction. But this fails sometimes too.
By applying lubrication e.g greasingOne way is that if rough surfaces produce greater friction than smooth surfaces. Friction also increases if the surfaces push hard against each other.separate the two surfaceLubrication can be used and the surfaces should also be less bumpy or ragged and be able to easily slide over each other.
Generally Two types.Specular: Smooth surfaces direct reflected light at opposite angle. A mirror is a good example of specular reflection.Diffused: Rough surfaces scatter light in all directions. Matt white surfaces are examples.There are other surfaces that combine both types of reflection.(See the Sources and related links below for more information)
Generally Two types.Specular: Smooth surfaces direct reflected light at opposite angle. A mirror is a good example of specular reflection.Diffused: Rough surfaces scatter light in all directions. Matt white surfaces are examples.There are other surfaces that combine both types of reflection.(See the Sources and related links below for more information)
actually, it depends on where you use it. If you wrote something on a smooth surface, you can rub it off with nail polish remover. It may work on other surfaces, but it also may not.
Disinfectants help to kill or deactivate bacteria, viruses, and other microorganisms on surfaces. They are used to prevent the spread of infections and diseases in homes, healthcare settings, and other environments.