EEE Eye ** ** EarEMSWavesColor

Eye for 100 Layer of receptor cells that line the back of the eye Layer of receptor cells that line the back of the eye Answer: Retina Answer: Retina Back to Board Back to Board Back to Board Back to Board

Eye for 200 Flexible structure the focuses light Flexible structure the focuses light Answer: Lens Answer: Lens Back to Board Back to Board Back to Board Back to Board

Eye for 300 Clear tissue that covers and protects the eye Clear tissue that covers and protects the eye Answer: Cornea Answer: Cornea Back to Board Back to Board Back to Board Back to Board

Eye for 400 Structure that surrounds the pupil and regulates the amount of light entering the eye Structure that surrounds the pupil and regulates the amount of light entering the eye Answer: Iris Answer: Iris Back to Board Back to Board Back to Board Back to Board

Eye for 500 To correct nearsightedness To correct nearsightedness Answer: Concave Lens (remember: in a cave everything is near) Answer: Concave Lens (remember: in a cave everything is near) Back to Board Back to Board Back to Board Back to Board

Ear for 100 Sound is produced by: Sound is produced by: Answer: Vibrations Answer: Vibrations Back to Board Back to Board Back to Board Back to Board

Ear for 200 Tube lined with receptor cells in the back of the ear Tube lined with receptor cells in the back of the ear Answer: Cochlea Answer: Cochlea Back to Board Back to Board Back to Board Back to Board

Ear for 300 Structure in the ear that is responsible for balance Structure in the ear that is responsible for balance Answer: Semicircular Canals Answer: Semicircular Canals Back to Board Back to Board Back to Board Back to Board

Ear for 400 “Funnel” that receives sound; sound enters through here “Funnel” that receives sound; sound enters through here Answer: Outer Ear Answer: Outer Ear Back to Board Back to Board Back to Board Back to Board

Ear for 500 Small bones that pass vibrations through the ear Small bones that pass vibrations through the ear Answer: Hammer, Anvil & Stirrup Answer: Hammer, Anvil & Stirrup Back to Board Back to Board Back to Board Back to Board

EMS for 100 Determine the frequency: Determine the frequency: Answer: 3 Hz Answer: 3 Hz Back to Board Back to Board Back to Board Back to Board

EMS for 200 Low Frequency = ______ Energy Low Frequency = ______ Energy Answer: Low Answer: Low Back to Board Back to Board Back to Board Back to Board

EMS for 300 High Frequency = ____ Wavelength High Frequency = ____ Wavelength Answer: sHort Answer: sHort Back to Board Back to Board Back to Board Back to Board

EMS for 400 List the “Danger Zone” List the “Danger Zone” Answer: UV, X-Ray, and Gamma Answer: UV, X-Ray, and Gamma Back to Board Back to Board Back to Board Back to Board

EMS for 500 Give 5 examples of radiation: Give 5 examples of radiation: Answer: Humans, Sun, X-Rays, Radios, Computers, etc… Answer: Humans, Sun, X-Rays, Radios, Computers, etc… Back to Board Back to Board Back to Board Back to Board

Waves for 100 Light particles; have no mass and travel in waves Light particles; have no mass and travel in waves Answer: Photons Answer: Photons Back to Board Back to Board Back to Board Back to Board

Waves for 200 Distance from a point on one wave to the next Distance from a point on one wave to the next Answer: Wavelength Answer: Wavelength Back to Board Back to Board Back to Board Back to Board

Waves for 300 Number of waves produced per second Number of waves produced per second Answer: Frequency Answer: Frequency Back to Board Back to Board Back to Board Back to Board

Waves for 400 Disturbance that requires energy for production and carries energy from one place to another Disturbance that requires energy for production and carries energy from one place to another Answer: Wave Answer: Wave Back to Board Back to Board Back to Board Back to Board

Waves for 500 Amount of energy a wave contains; measure of how high and low a wave oscillates Amount of energy a wave contains; measure of how high and low a wave oscillates Answer: Amplitude Answer: Amplitude Back to Board Back to Board Back to Board Back to Board

Color for 100 If I see yellow, then: If I see yellow, then: Answer: Yellow is being reflected and all other colors are being absorbed. Answer: Yellow is being reflected and all other colors are being absorbed. Back to Board Back to Board Back to Board Back to Board

Color for 200 If I see black, then: If I see black, then: Answer: All colors are being absorbed. Answer: All colors are being absorbed. Back to Board Back to Board Back to Board Back to Board

Color for 300 If I see white, then: If I see white, then: Answer: All colors are being reflected. Answer: All colors are being reflected. Back to Board Back to Board Back to Board Back to Board

Color for 400 List the colors from least energy to most energy: List the colors from least energy to most energy: Answer: ROYGBV Answer: ROYGBV Back to Board Back to Board Back to Board Back to Board

Color for 500 Red has the _____ energy, _____frequency, and _____wavelength Red has the _____ energy, _____frequency, and _____wavelength Answer: least, lowest, longest Answer: least, lowest, longest Back to Board Back to Board Back to Board Back to Board

Final Jeopardy! ScoreWager Right Answer Wrong Answer Lab Tables Showers Boards