Geometric optics in fluid + geometric optics + laser and lenses

description

• Fill the tank with water up to the horizontal line.
• Project the laser beam at different angles from light to liquid and liquid to air. We will get the refractive index between water and air and we will be able to observe the phenomenon of complete reflection.
• Disassemble the board by releasing the copper screw, placing the device on the table as an optics system for the student. Allows you to see the reflection phenomena from a planar mirror and the refractive phenomena with different lenses, the beam splitting device can be dressed into a laser and through it split the beam into three rays in order to observe the convergence and scattering of three rays in a concave and convex mirror respectively.
• THE "SNELL'S LAW" EXPERIMENT CAN BE PERFORMED USING THE LASER SOURCE AND CRESCENT LENS (D).