Choose two location of object (except at focal point),one from curved mirror and one from lenses. Using ray diagram method,illustrate the image formation as described in the table. Do the same with lenses. One diagram for Curved mirror and one diagram for lenses. Use the table below as your reference. Image formation in a Curved Mirror:CURVED MIRRORSLENSESLocation of ObjectImage LOSTLocation of ObjectImage LOSTA. CONCAVE MIRRORA. CONVEX LENSBetween C andBetween F and2F invertedreduced realFarther than theF; INVERTED,• Beyond 2F'Center of CurvatureREDUCED REALAt the Center ofAt C InvertedAt 2F inverted• At 2F'Curvaturesame size, realsame realBeyond CBeyond2FinvertedBetween the• Between 2F' andCenter of Curvature Invertedand the Focal pointenlarged real•enlarged realImage formation in Lens:• At the Focal point, No ImageF'No ImageAt the Focal pointFormedFormedBeyond 2F'Between the Focal Behind thepoint and the Center Mirror Upright Between F' and V upright enlargedof the lens (Vertex) enlarged virtualvirtualB.CONVEX MIRRORB. CONCAVE LENSBetween F andBetween F andV uprightreduced virtual•All locationsV, Uprightreduced VirtualAll locations3

Given: A table is inserted for reference which gives information about different types of image…

CURVED MIRRORS LENSES Image formation in a Curved Mirror: Location of Object Image LOST Location of Object Image LOST A. CONCAVE MIRROR A. CONVEX LENS Between C and Between F and 2F inverted Farther than the F; INVERTED, REDUCED REAL • Beyond 2F' Center of Curvature reduced real At 2F inverted At the Center of At C Inverted At 2F Curvature same size, real same real

CURVED MIRRORS LENSES Image formation in a Curved Mirror: Location of Object Image LOST Location of Object Image LOST A. CONCAVE MIRROR A. CONVEX LENS Between C and Between F and 2F inverted Farther than the F; INVERTED, REDUCED REAL • Beyond 2F' Center of Curvature reduced real At 2F inverted At the Center of At C Inverted At 2F Curvature same size, real same real

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter9: Optics

Section: Chapter Questions

Problem 2C: In Section 9.6, we described how the speed of light varies with wavelength (or frequency) for...

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Concept explainers

Applications Of Reflection Of Light

When a light ray (termed as the incident ray) hits a surface and bounces back (forms a reflected ray), the process of reflection of light has taken place.

Sign Convention for Mirrors

A mirror is made of glass that is coated with a metal amalgam on one side due to which the light ray incident on the surface undergoes reflection and not refraction.

Question

100%

Choose two location of object (except at focal point),one from curved mirror and one from lenses. Using ray diagram method,illustrate the image formation as described in the table. Do the same with lenses. One diagram for Curved mirror and one diagram for lenses. Use the table below as your reference.

Image formation in a Curved Mirror:
CURVED MIRRORS
LENSES
Location of Object
Image LOST
Location of Object
Image LOST
A. CONCAVE MIRROR
A. CONVEX LENS
Between C and
Between F and
2F inverted
reduced real
Farther than the
F; INVERTED,
• Beyond 2F'
Center of Curvature
REDUCED REAL
At the Center of
At C Inverted
At 2F inverted
• At 2F'
Curvature
same size, real
same real
Beyond C
Beyond2F
inverted
Between the
• Between 2F' and
Center of Curvature Inverted
and the Focal point
enlarged real•
enlarged real
Image formation in Lens:
• At the Focal point, No Image
F'
No Image
At the Focal point
Formed
Formed
Beyond 2F'
Between the Focal Behind the
point and the Center Mirror Upright Between F' and V upright enlarged
of the lens (Vertex) enlarged virtual
virtual
B.CONVEX MIRROR
B. CONCAVE LENS
Between F and
Between F and
V upright
reduced virtual
•All locations
V, Upright
reduced Virtual
All locations
3

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