It means sunken in. If the top of a stone is concave, it can hold rainwater.'Convex' means swollen out. If the top of a stone is convex, water rolls off.
Concave means bending inward, convex means bending outward.Concave . . .- thinnest in the middle- thickest around the edge- holds waterConvex . . .- thinnest around the edge- thickest in the middle- water runs off
light is needed to reflect an image off a mirror...no light no reflection
Enter the light perpendicular to the hypotenuse of the Prism above or below the center of the hypotenuse. The light will reflect off the two non-hypotenuse sides and reflect back out in the opposite direction, 180 de Save grees.
It reflects at like 45 degrees I think. No, it reflects off at the same angle it hits the mirror. If the light wave hits the mirror at a 30o angle on the left side, it will reflect off at a 30o angle on the right side. Scientists usually measure these angles from an imaginary line perpendicular to the mirror at the point where the light wave hits the reflecting surface; sounds awkward, but it makes the math easier.
Yes, both convex and concave mirrors obey the law of reflection. The law of reflection states that the angle of incidence is equal to the angle of reflection. This means that light rays that strike a convex or concave mirror will follow this law and reflect off the mirror surface accordingly.
Light can be refracted, reflected, or dispersed when it strikes different types of lenses and mirrors. Convex lenses converge light rays to a focal point, while concave lenses diverge light. Concave and convex mirrors reflect light in different ways: convex mirrors diverge light, creating a virtual image, while concave mirrors can converge light, creating a real image.
By 'Atomic Scattering', which is the absorption and re-emission of light energy by the particles of a medium which will not absorb the energy. It depends if the mirror is concave or convex. The light reflects differently depending on the type of mirror.
Yes, both convex and concave mirrors obey the law of reflection, which states that the angle of incidence is equal to the angle of reflection. This law applies to all types of mirrors, ensuring that light rays reflect predictably off the mirror's surface.
A convex mirror curves outwards. It is thicker at the edges and thinner at the center, causing light rays to diverge when they reflect off its surface.
Light rays reflect when they hit a convex mirror. The rays bounce off the mirror and converge to form a virtual image behind the mirror.
Yes, a concave mirror can focus light. When light rays reflect off a concave mirror, they can come together at a single point known as the focal point. This can create a focused image.
It means sunken in. If the top of a stone is concave, it can hold rainwater.'Convex' means swollen out. If the top of a stone is convex, water rolls off.
Shapes with smooth, flat surfaces, such as mirrors or prisms, are best at reflecting light. These surfaces allow light to bounce off of them in a more organized and predictable manner compared to rough or irregular surfaces. The shape of the object can also affect how light is reflected, with concave and convex surfaces influencing the direction of the reflected light.
"A convex mirror is sometimes referred to as a divergingmirror due to the fact that incident light originating from the same point and will reflect off the mirror surface and diverge."So, a convex mirror will reflect and diverge (scatter) the incident light rays (it produces a virtual image), while a convex lens will do the opposite. It will converge light rays passing through it.
Parallel rays of light that reflect from a concave mirror will converge at a focal point after reflection. The focal point is located on the principal axis of the mirror and is the point where all reflected rays meet after reflection.
Concave means bending inward, convex means bending outward.Concave . . .- thinnest in the middle- thickest around the edge- holds waterConvex . . .- thinnest around the edge- thickest in the middle- water runs off