Qualitative: Sketch the ray diagram of the set up on clean paper (graphing paper is highly suggested). Then based on the results of the ray diagram, describe the characteristics of the formed images. Quantitative: Use the Mirror/Lens Equation and the Magnification Equation in order to describe the formed images mathematically. 1/f   =   1/do   +   1/di                  m   =   hi / ho   =   - di / do set up: A 3-cm high object is placed 5 cm in front of a convex lens; f = 3 cm Identify:  1) Nature 2) Orientation 3) Size  4) Location

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Qualitative: Sketch the ray diagram of the set up on clean paper (graphing paper is highly suggested). Then based on the results of the ray diagram, describe the characteristics of the formed images.

Quantitative: Use the Mirror/Lens Equation and the Magnification Equation in order to describe the formed images mathematically.
1/f   =   1/do   +   1/di                  m   =   hi / ho   =   - di / do

set up: A 3-cm high object is placed 5 cm in front of a convex lens; f = 3 cm

Identify: 
1) Nature
2) Orientation
3) Size 
4) Location

Describing the Characteristics of Images
Criteria
Qualitative (from Ray Diagram)
Quantitative (from Computation)
Nature
Real, Virtual
Real, Virtual (from the sign of di)
Orientation Upright, Inverted
Upright, Inverted (from the sign of hi)
Smaller, Larger, or Same Size
compared to Object
Size
Height of the Image (hi)
Beyond C, Exactly at C, Between C Distance of the Image (di)
and F, Exactly at F, Between F and
V
Location
Transcribed Image Text:Describing the Characteristics of Images Criteria Qualitative (from Ray Diagram) Quantitative (from Computation) Nature Real, Virtual Real, Virtual (from the sign of di) Orientation Upright, Inverted Upright, Inverted (from the sign of hi) Smaller, Larger, or Same Size compared to Object Size Height of the Image (hi) Beyond C, Exactly at C, Between C Distance of the Image (di) and F, Exactly at F, Between F and V Location
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