I think now you can get it correct. Thanks for the support. :) It was in my exam paper and I chose the wrong one anyway! :(
A concave lens produces a real 3D image by refracting light rays in a way that they converge and meet at a specific point, creating an inverted and magnified image. This happens because the lens is thinner at the center and thicker at the edges, causing the light rays to bend outwards.
The size and clarity of a real 3D image produced by a concave lens can be affected by several factors, including the curvature and thickness of the lens, the distance between the object and the lens, and the distance between the lens and the image.
No, a concave lens cannot produce a real 3D image without any other equipment. It needs a light source, an object to be viewed, and a screen or surface for the image to be projected onto. Without these elements, the lens will simply refract light and not produce a focused image.
The focal length of a concave lens is a crucial factor in determining the size and clarity of the real 3D image it produces. A shorter focal length will result in a smaller and more magnified image, while a longer focal length will produce a larger and less magnified image.
Yes, a concave lens can produce a real 3D image of objects at varying distances. However, the lens will need to be adjusted or replaced with one of a different focal length in order to produce a clear and focused image at different distances.
