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Repeat the previous problem for eyeglasses held 1.50 cm from the eyes.
$-5.41 \mathrm{D}$
Physics 103
Chapter 26
Vision and Optical Instruments
Reflection and Refraction of Light
Wave Optics
Cornell University
University of Sheffield
University of Winnipeg
McMaster University
Lectures
02:51
In physics, wave optics is…
10:02
Interference is a phenomen…
01:23
Repeat the previous proble…
02:10
02:46
Repeat Problem 48 for a co…
12:38
$\cdot$ Repeat the previou…
06:26
Repeat Problem $28,$ this …
02:50
Repeat Problem 14 for a co…
06:32
03:09
Suppose you look out the w…
03:00
05:49
A person's prescripti…
01:39
A person has far points of…
01:07
A nearsighted person canno…
01:48
A farsighted woman breaks …
03:06
If the person in Problem 3…
01:41
A woman can see clearly wi…
04:14
The near point of an eye i…
03:57
.. Ordinary glasses. Ordin…
03:34
Repeat Problem 63 for an o…
04:02
03:53
A person with a nearsighte…
the eye is a call to minus 18.5 centimeter. When when d o distance the object is infinity then we can find a power peace accord Elena, where Dio Plus one or d I It's obstructing values. We want work D oh, he's compared to here plus one word Arkan warding this into a meters which is minus so 0.185 meters point Wanted five meters Here, um, this gives us look all we're also here is a minus sign minus 5.41 doctors.
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In physics, wave optics is the study of the behavior of light, or other elec…
Interference is a phenomenon in which two waves superpose to form a resultan…
Repeat the previous problem for glasses that are 1.75 cm from the eyes.
Repeat the previous problem for glasses that are 2.20 cm from the eyes.
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$\cdot$ Repeat the previous problem for the case in which the mirror is conv…
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