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Published byHunter Dalton Modified over 4 years ago

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March 2 Physics

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1.Derive 2.Apathy 3.Anarchy 4.Illegible 5.Inadmissible 6.nonchalant

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Objective: To analyze and conclude our lab Success criteria: Draw ray diagrams and verify the lens equation

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Thin lens equation magnification equation 1 + 1 = 1. d o d i f M = - d i = h i.. d o h o

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Lab: images formed by a converging lens

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Find the focal length

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Find image distances for 5 object positions

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Is the lens equation valid?

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Analysis #11 on a blank paper: –Draw ray diagrams for each position –Use 3 cm for the focal point #14 label each drawing –Spotlight –Copy camera –Magnifying glass –35mm camera –Slide projector

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Out: Why did you use the light from the tree outside to find your focal length?

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Chapter 34: Thin Lenses 1 Now consider refraction through this piece of glass: optic axis This is called a “Double Convex Lens” converging light focal.

Chapter 34: Thin Lenses 1 Now consider refraction through this piece of glass: optic axis This is called a “Double Convex Lens” converging light focal.

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