Yes
True. The property of light that allows you to see yourself in a mirror is reflection. When light hits a smooth surface like a mirror, it bounces off at the same angle it hits the surface, enabling you to see your reflection.
Those angles are equal at the point where a ray of light hits the mirror,regardless of the shape of the mirror.
True. The reflection you see in a mirror is determined by the way the mirror's surface reflects light. The angle of incidence of light on the mirror's surface determines the angle at which the light is reflected, leading to the image you see.
yes, it is true. "the reflection you see in a mirror depends on how the surfave reflects light." Quote from a life science book
Yes, a mirror reflects light by bouncing it off at the same angle it arrives. This reflection creates a clear image of the objects in front of the mirror.
Yes, that is a true statement. Light from the Sun reflects off the surface of planets, making them visible to us from Earth. The amount of sunlight reflected depends on the composition and properties of each planet's surface.
If a ball hits the foul line, it is a fair ball.
The true surface of a mirror is invisible because it reflects light rays in a way that creates images of objects in front of it. This reflection causes the mirror to appear as if it is transparent and not showing its actual reflective surface.
A looking-glass or a speculum; any glass or polished substance that forms images by the reflection of rays of light., That which gives a true representation, or in which a true image may be seen; hence, a pattern; an exemplar., See Speculum., To reflect, as in a mirror.
A ray of light traveling parallel to the principal axis of a concave mirror will be reflected and pass through the focal point of the mirror. This is known as the property of a concave mirror called "reflection through the focus."
Will not happen in free space. Phononicaly in a crystal you can mix light. No where else. Light beams crossing each other will not effect each other or combine. A mirror will not combine them either.( This may not be true in extreme lab conditions and new metamaterials. )
false