Can complete all optical experiments in junior high school.
Equipment:
1, light source assembly, 2, optical sockets 3, 3, water tank, 4, single slit plate,
5. Three-slit plate, six-slit plate, five-slit plate, three small orifice plates, eight circular orifice plates, white screen 10,
Flat glass 1 1, two flat mirrors 12, round dial.
13, single slit cover 14, magic
Lampshade 15, f = 40mm convex lens with handle 16, f = 50mm convex lens with handle 17, gyro 18, cone 19, convex lens 20, concave lens 2 1,
22. concave mirror 23, prism 24, semicircle glass brick 25, large flask.
26. Small flask 27, flask holder 28, thermometer 29, laser pen 30,
wax
Candle box 3 1, rubber plug 32, white character 33, black character 34, three-color turntable
(colored paper) 35, seven-color turntable (colored paper) 36, instrument packaging box
37. Color description.
Can demonstrate the main optical experiments:
1, decomposition (dispersion) of sunlight 2, dispersion of white light 3, mixing of colored light 4, straight-line propagation of light in air 5, straight-line propagation of light in water.
6. Straight-line propagation of light in glass 7. Refraction occurs when light is tilted from air 8 into water. When light is tilted from the air into the glass, it will be refracted.
9. After the light passes through the prism, it deflects 10, the shadow forms and changes 1 1, the pinhole image 12, and the reflection law of the light is explored 13, which is a plane mirror image.
14, two parallel plane mirrors imaging 15, two mutually angled plane mirrors imaging 16, periscope optical path 17, exploring the convergence of concave mirror.
18, explore the divergence of convex lens 19, explore the convergence of convex lens 20, explore the divergence of concave lens 2 1, and measure the focal length of convex lens.
22. Explore the law of convex lens imaging 23. Explore the homemade water drop microscope 24 and show slides.
To see the experimental photos, please visit: Popular Science Equipment Network.