This lab activity, presented by John Chamberlain, demonstrates the real images formed by converging lenses. In this 16-minute video, Chamberlain demonstrates the set up required for the activity, including a laser, mirror assemblies, and diverging lens, before showing how lenses can be used to focus images reflected by the laser light onto a target. Measurements are taken during the activity and used to demonstrate the calculation of predicted image distances and image size. This lab, 1-4D, is one in a series of 20 available on the Fundamentals of Light and Lasers. These videos were created as a supplement to the Fundamentals of Light and Lasers curriculum available through OP-TEC, but can be used independently to guide la...
This lab activity, presented by John Chamberlain and an assistant, gives an overview of the optical ...
This lab activity, presented by John Chamberlain, demonstrates the determination of the minimum opti...
This lab activity, presented by John Chamberlain, demonstrates the determination of the minimum opti...
This lab activity, presented by John Chamberlain, demonstrates the real images formed by converging ...
This lab activity, presented by John Chamberlain, demonstrates the real images formed by converging ...
This lab activity, presented by John Chamberlain, examines the effects of prisms and lenses on light...
This lab activity, presented by John Chamberlain, examines the effects of prisms and lenses on light...
This lab activity, presented by John Chamberlain, examines the effects of prisms and lenses on light...
This lab activity, presented by John Chamberlain, examines the effects of prisms and lenses on light...
This lab activity, presented by John Chamberlain, examines the effects of prisms and lenses on light...
This lab activity, presented by John Chamberlain, covers the basics of windows and mirrors as the tw...
This lab activity, presented by John Chamberlain, covers the basics of windows and mirrors as the tw...
This lab activity, presented by John Chamberlain, covers the basics of windows and mirrors as the tw...
This lab activity, presented by John Chamberlain and an assistant, gives an overview of the optical ...
This lab activity, presented by John Chamberlain and an assistant, gives an overview of the optical ...
This lab activity, presented by John Chamberlain and an assistant, gives an overview of the optical ...
This lab activity, presented by John Chamberlain, demonstrates the determination of the minimum opti...
This lab activity, presented by John Chamberlain, demonstrates the determination of the minimum opti...
This lab activity, presented by John Chamberlain, demonstrates the real images formed by converging ...
This lab activity, presented by John Chamberlain, demonstrates the real images formed by converging ...
This lab activity, presented by John Chamberlain, examines the effects of prisms and lenses on light...
This lab activity, presented by John Chamberlain, examines the effects of prisms and lenses on light...
This lab activity, presented by John Chamberlain, examines the effects of prisms and lenses on light...
This lab activity, presented by John Chamberlain, examines the effects of prisms and lenses on light...
This lab activity, presented by John Chamberlain, examines the effects of prisms and lenses on light...
This lab activity, presented by John Chamberlain, covers the basics of windows and mirrors as the tw...
This lab activity, presented by John Chamberlain, covers the basics of windows and mirrors as the tw...
This lab activity, presented by John Chamberlain, covers the basics of windows and mirrors as the tw...
This lab activity, presented by John Chamberlain and an assistant, gives an overview of the optical ...
This lab activity, presented by John Chamberlain and an assistant, gives an overview of the optical ...
This lab activity, presented by John Chamberlain and an assistant, gives an overview of the optical ...
This lab activity, presented by John Chamberlain, demonstrates the determination of the minimum opti...
This lab activity, presented by John Chamberlain, demonstrates the determination of the minimum opti...