



The TV camera functions as the eye, so what the eye sees can be viewed on a monitor or the rear projection screen. A 5 cm convex lens acts as the objective lens, producing a real, inverted and magnified image of the source about 5 cm from the eyepiece, which is adjacent to the camera lens. The eyepiece acts as a magnifying glass, magnifying the real image created by the objective lens. The camera lens is focused at infinity, modeling a relaxed eye. Magnification is achieved by making the image distance for the objective lens greater than the object distance. Shown below are the video camera "eye" views of the meter stick directly (left) and through the "microscope."
To set up in practice, set the camera focus and lens positions and move the object until the image is seen by the camera.
Show light meters and maybe even use one Read More
Illustrate how a focal plane shutter works Read More
Measure the shutter speed of a camera Read More
Demonstrate depth of field as a function of aperture setting, and to demonstrate field of view as a function of… Read More
Demonstrate various lenses for a video camera Read More
Model the optics of an astronomical telescope Read More
Illustrate the location of the principal planes in a telephoto lens Read More
Model the optics of a Galilean telescope Read More
To illustrate rays in one type of reflecting telescope Read More
Demonstrate how the optics of a microscope produces a magnified image Read More
Show how the optics and lenses in a telescope work Read More
Illustrate how a magnifying glass works Read More
Illustrate how a microscope works Read More
Illustrate how an astronomical telescope works Read More
Illustrate how a terrestrial telescope works Read More
Illustrate how a Galilean telescope works Read More
Illustrate principal planes of a compound lens system Read More
Show what a field lens does Read More
Show how an overhead projector works and to view its components Read More
Show how a slide projector works and to view its parts Read More
Determine the location of a real image in a complex lens-mirror system Read More
Calculate the position of a virtual image and the verify this by using parallax Read More
A model of the assembly and function of a telephoto lens attachment. Read More