An image created by a mirror or lens in such a way that light does actually come from where the image appears to be. If you place a screen in front of a real image, the image will be projected onto the screen.
A type of image created by converging light rays. This type of image would form on the image side of a lens, where it could be projected. The opposite of a real image is a virtual image. See also convex lens
Light rays reproduce an object, called an image, by gathering a beam of light diverging from an object point and transforming it into a beam converging toward or diverging from another point. If the beam is converging, it produces a real image.
an image that can be focused or projected on a screen.
an image produced in an optical device, such as a lens or mirror, that is formed by converging rays.
A place where an object appears to be, because the rays diffusely reflected from any given point on the object have been bent so that they come back together and then spread out again from the new point. Cf. virtual image.
an optical image at which rays from the object converge
an image formed by the convergence of light
an image formed when the light rays actually intersect at the image
An image as focused, for example, on a camera film or a projector screen (as opposed to a virtual image which we see in a mirror).
A real image is an image formed when light from an object actually converges. You could place a screen at this point and see an image of the object there. Converging Lenses
The image produced by the actual intersection of light rays.
That image which is projected out from the hologram towards the viewer.
In optics, a real image is a representation of an actual object (source) formed by rays of light passing through the . If a screen is placed in the plane of a real image it will generally become visible. A real image is the image obtained on a cinema screen.