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PES 2150 Prelab Questions 1.) Consider a lens with focal length +f. An erect object located outside the focal length from the lens. a.) Draw a ray diagram for this arrangement to locate the image with all principal rays for a lens. Word has simple drawing tools, under the "Insert" Tab → “Shapes" tools. If you draw your diagram by hand it must be neat and drawn with a straight edge such as a ruler. Insert Draw Des O Shapes Lines Pictures Line angles 1 square = 1 cm b.) Based on your ray diagram characterize: the object vertically upright, erect, situated Ieft to the lens. The objeet heignt is Hem and distance is 16em. the image formed 2f of the lens. The image formed is diminisned between and 1s Ane image formed inverted, Size and is the lens The focal length of the 16 cm. Using Formula ē =-- lens is Image Distance - 5.3 cm c.) Analyze this situation mathematically by calculating the image distance, the image height, and the magnification. By using the sign convention, carefully explain how your mathematical answers corroborate your ray diagram. PES 21 50 - PHYSICS LAB ORATORY II Image distance = Units? Image height = Magnification = Units? Units?

PES 2150 Prelab Questions 1.) Consider a lens with focal length +f. An erect object located outside the focal length from the lens. a.) Draw a ray diagram for this arrangement to locate the image with all principal rays for a lens. Word has simple drawing tools, under the "Insert" Tab → “Shapes" tools. If you draw your diagram by hand it must be neat and drawn with a straight edge such as a ruler. Insert Draw Des O Shapes Lines Pictures Line angles 1 square = 1 cm b.) Based on your ray diagram characterize: the object vertically upright, erect, situated Ieft to the lens. The objeet heignt is Hem and distance is 16em. the image formed 2f of the lens. The image formed is diminisned between and 1s Ane image formed inverted, Size and is the lens The focal length of the 16 cm. Using Formula ē =-- lens is Image Distance - 5.3 cm c.) Analyze this situation mathematically by calculating the image distance, the image height, and the magnification. By using the sign convention, carefully explain how your mathematical answers corroborate your ray diagram. PES 21 50 - PHYSICS LAB ORATORY II Image distance = Units? Image height = Magnification = Units? Units?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Please find the image distance, image height and magnification. Provide units as well. Thank you
PES 2150 Prelab Questions 1.) Consider a lens with focal length +f. An erect object located outside the focal length from the lens. a.) Draw a ray diagram for this arrangement to locate the image with all principal rays for a lens. Word has simple drawing tools, under the "Insert" Tab → “Shapes" tools. If you draw your diagram by hand it must be neat and drawn with a straight edge such as a ruler. Insert Draw Des O Shapes Lines Pictures Line angles 1 square = 1 cm b.) Based on your ray diagram characterize: the object vertically upright, crect, situated Ieft to the lens. The objeet height is Hem and distance is 16em. the image to 2f of the lens. The image formed is diminisned between and 1s the image formed inverted, Size and is the lens The focal length of the 16 cm. Using Formula ē =-- lens is Image Distance = 5.3 cm c.) Analyze this situation mathematically by calculating the image distance, the image height, and the magnification. By using the sign convention, carefully explain how your mathematical answers corroborate your ray diagram. PES 2150 - PHYSICS LABORATORY Image distance = Image height = Magnification = Units? Units? Units?
Transcribed Image Text:PES 2150 Prelab Questions 1.) Consider a lens with focal length +f. An erect object located outside the focal length from the lens. a.) Draw a ray diagram for this arrangement to locate the image with all principal rays for a lens. Word has simple drawing tools, under the "Insert" Tab → “Shapes" tools. If you draw your diagram by hand it must be neat and drawn with a straight edge such as a ruler. Insert Draw Des O Shapes Lines Pictures Line angles 1 square = 1 cm b.) Based on your ray diagram characterize: the object vertically upright, crect, situated Ieft to the lens. The objeet height is Hem and distance is 16em. the image to 2f of the lens. The image formed is diminisned between and 1s the image formed inverted, Size and is the lens The focal length of the 16 cm. Using Formula ē =-- lens is Image Distance = 5.3 cm c.) Analyze this situation mathematically by calculating the image distance, the image height, and the magnification. By using the sign convention, carefully explain how your mathematical answers corroborate your ray diagram. PES 2150 - PHYSICS LABORATORY Image distance = Image height = Magnification = Units? Units? Units?
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