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Welcome to Jeopardy!
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Final Jeopardy Round 1
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Section 1.0 Section 2.1 Section 2.2 Section 2.3 Section 2.4 Section 2.5 $100 $100 $100 $100 $100 $100 Final Jeopardy $200 $200 $200 $200 $200 $200 Scores $300 $300 $300 $300 $300 $300 $400 $400 $400 $400 $400 $400 $500 $500 $500 $500 $500 $500
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This scientist planned for the use of mirrors for war.
$100 This scientist planned for the use of mirrors for war.
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$100 Archimedes Scores
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He thought light beams were shot from our eyes.
$200 He thought light beams were shot from our eyes.
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$200 Pythagoras Scores
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He believed light bends when it travels from air to glass.
$300 He believed light bends when it travels from air to glass.
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$300 Ptolemy Scores
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This is used to help make surgeries less invasive.
$400 This is used to help make surgeries less invasive.
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$400 Endoscope Scores
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These are two of the four properties of light.
$500 These are two of the four properties of light.
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Light travels in straight lines Light can be reflected
$500 Light travels in straight lines Light can be reflected Light can be bent Light is a form of Energy Scores
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This is how light travels.
$100 This is how light travels.
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$100 Fast and straight Scores
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This diagram shows how light travels.
$200 This diagram shows how light travels.
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$200 Ray Diagram Scores
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This material lets some light pass through, but also absorbs light
$300 This material lets some light pass through, but also absorbs light
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$300 Translucent Scores
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Daily Double
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This material absorbs or reflects light.
$400 This material absorbs or reflects light.
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$400 Opaque Scores
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$500 This type of reflection happens when light rays hit a rough surface and the light becomes scattered.
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$500 Diffuse Scores
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When light hits a surface and bounces back off it is doing this.
$100 When light hits a surface and bounces back off it is doing this.
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$100 Reflecting Scores
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In a ray diagram, the light ray coming from the source is called this.
$200 In a ray diagram, the light ray coming from the source is called this.
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$200 Incidence ray Scores
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Letter r in the picture represents this.
$300 Letter r in the picture represents this.
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$300 Angle of reflection Scores
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This is how the normal line runs in regards to the reflecting surface.
$400 This is how the normal line runs in regards to the reflecting surface.
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$400 Perpendicular/90* Scores
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This is the law of reflection.
$500 This is the law of reflection.
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The angle of incidence equals the angle of reflection.
$500 The angle of incidence equals the angle of reflection. Scores
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To describe a concave mirror, you would say that it does this.
$100 To describe a concave mirror, you would say that it does this.
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$100 Caves in. Scores
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$200 The phrase “objects in the mirror are closer than they appear” would apply to this type of mirror.
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$200 Convex Scores
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This ray diagram represents this type of mirror.
$300 Focal Point This ray diagram represents this type of mirror.
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$300 Concave Scores
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The focal point in a CONVEX mirror is said to be here.
$400 The focal point in a CONVEX mirror is said to be here.
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$400 Behind the mirror Scores
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In a concave mirror, the image will appear to be this.
$500 In a concave mirror, the image will appear to be this.
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$500 Bigger Scores
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Light travels slower in materials that are more ______.
$100 Light travels slower in materials that are more ______.
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$100 Dense Scores
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This is the reason why light travels more slowly in dense materials.
$200 This is the reason why light travels more slowly in dense materials.
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Because there are more particles/ more friction/ more resistance.
$200 Because there are more particles/ more friction/ more resistance. Scores
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This is the law of refraction
$300 This is the law of refraction
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Light bends as it travels from one material to another.
$300 Light bends as it travels from one material to another. Scores
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$400 When light travels from something less dense to something more dense, the light will be bent _____ the normal line
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$400 Toward Scores
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This is an example of the law of refraction on a hot summer’s day.
$500 This is an example of the law of refraction on a hot summer’s day.
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$500 Mirage Scores
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This is the definition for a lens.
$100 This is the definition for a lens.
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A curved piece of transparent material.
$100 A curved piece of transparent material. Scores
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This picture is an example of this type of lens.
$200 This picture is an example of this type of lens.
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$200 Concave Scores
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$300 In a convex lens, the light is reflected this way when it passes through.
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$300 Inward/crossing over
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$400 If the object is placed beyond the focal point in a CONVEX lens, what will its image appear to be.
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$400 Inverted/flipped Scores
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This is an example of a commonly used convex lens
$500 This is an example of a commonly used convex lens
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Magnifying glass, contact lens
$500 Magnifying glass, contact lens Scores
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Final Jeopary Question
Jeopardy Ray Diagram Final Jeopary Question Scores
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This is a ray diagram for a light bulb.
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Scores
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