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$Easy reflection refraction and diffraction waves activity$

$easy reflection refraction and diffraction waves activity$

EASY REFLECTION REFRACTION AND DIFFRACTION WAVES ACTIVITY INSTALL

Make observations to provide evidence that energy can be transferred from place to place by sound, light, heat, and electric currents.Ĭlick to view other curriculum aligned to this Performance Expectation For example, we wear sunscreen and sunglasses to protect our skin and eyes from ultraviolet waves. Explain that there are also waves that cannot be seen by the human eye that affect our daily lives.Understand that a prism sorts a light beam into its various wavelengths, appearing as a rainbow of colored light.Understand that light is made up of waves, and that waves at different wavelengths create different colors.

$easy reflection refraction and diffraction waves activity$

Understand the phenomenon of refraction - that when light travels across the border of two transparent media (such as air, glass, Lucite, etc.), the path of light bends.

By understanding polarized light, engineers have created laser applications, electron microscope imaging and medical imaging techniques, in addition to sunglasses and camera filters that reduce the glare from the sun.Īfter this activity, students should be able to: Engineers also use their knowledge of light energy, lenses and prisms as they design eye glasses, binoculars, cameras, medical equipment, satellites, optics and lasers.

EASY REFLECTION REFRACTION AND DIFFRACTION WAVES ACTIVITY INSTALL

Civil and structural engineers study light properties to determine the optimum type of windows to install in a building. Įngineers apply their knowledge of the properties of light and light energy to the creation of many useful products and tools.

$Easy reflection refraction and diffraction waves activity$