No. It is not a plane surface like that of a plane mirror because a plane mirror is straight and it does not have any curve in it. the sculpture's surface is like that of a Convex Mirror
A plane mirror doesn't 'really' form an image at all. The image is 'virtual', not 'real'. You see what appears to be an image. It's located at the same distance behind the reflecting surface as the actual object is in front of it. If a real image exists, you can always put a piece of frosted glass, photo-film, or tissue paper where the image is, and capture it. You can't do that with a plane mirror.
surface which reflects angles of incidence.
Flat
A plane mirror is flat, so your image is the same size as you. A spherical mirror is curved. If concave it can be used either to focus an image as in a reflecting telescope, or magnify as in a shaving/makeup mirror. If convex you get a smaller wide-angled image, as in a car's wing mirror
Otherwise the image formed will be blurred and mostly distorted. That is why we expect the surface of the mirror to be optically plane. Hence smooth.
It is a mirror whose reflecting surface is curved, not flat (as in a plane mirror).
It is a mirror whose reflecting surface is curved, not flat (as in a plane mirror).
A plane mirror doesn't 'really' form an image at all. The image is 'virtual', not 'real'. You see what appears to be an image. It's located at the same distance behind the reflecting surface as the actual object is in front of it. If a real image exists, you can always put a piece of frosted glass, photo-film, or tissue paper where the image is, and capture it. You can't do that with a plane mirror.
a concave mirror and an angled plane mirror
plane mirror
plane mirror
Directly, none. A plane mirror is capable of reflecting light so you would be able to see an image of yourself.
a. concave mirror b. a convex lens c. a plane mirror or d. all the above.
flat
When something is beveled, it is cut or finished "at a slant" to a reference plane. Take a beveled mirror. The surface of the mirror is flat, but the edges are cut (ground off, actually) at an angle to the plane of the surface of the mirror. That part of the mirror that was ground down is the bevel.
Flat
surface which reflects angles of incidence.