1. A dentist examines the cavity in a person's tooth using a concave mirror of focal length +2.0 cm. If the cavity is 1.5cm from the mirror's surface, (a) where is the image located, (b) is it real or virtual, and @ what is its size?

College Physics
10th Edition
ISBN:9781285737027
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter23: Mirrors And Lenses
Section: Chapter Questions
Problem 14P: A 1.80-m-tall person stands 9.00 m in front of a large, concave spherical mirror having a radius of...
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1. A dentist examines the cavity in a person's tooth using a concave mirror of focal
length +2.0 cm. If the cavity is 1.5cm from the mirror's surface, (a) where is the
image located, (b) is it real or virtual, and @ what is its size?
2. The observation mirror in a store is a convex mirror and has a focal length of -2m.
Calculate (a) the image location and (b) the image height of a 1.5 m-tall boy
standing 4.0 m from the mirror.
3. A 1.6 m-tall man stands in front of a plane mirror, How tall is the image form?
Useful formulae:
where:
= 1/d, + 1/d,
f- focal length
do- distance of object from mirror
di- distance of image from
h'- size/height of image
h- size/height of object
h' = -hd,/d.
Transcribed Image Text:1. A dentist examines the cavity in a person's tooth using a concave mirror of focal length +2.0 cm. If the cavity is 1.5cm from the mirror's surface, (a) where is the image located, (b) is it real or virtual, and @ what is its size? 2. The observation mirror in a store is a convex mirror and has a focal length of -2m. Calculate (a) the image location and (b) the image height of a 1.5 m-tall boy standing 4.0 m from the mirror. 3. A 1.6 m-tall man stands in front of a plane mirror, How tall is the image form? Useful formulae: where: = 1/d, + 1/d, f- focal length do- distance of object from mirror di- distance of image from h'- size/height of image h- size/height of object h' = -hd,/d.
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