Answered: The lens-to-retina distance of a woman…

Name: The lens-to-retina distance of a woman is 2.10 cm, and the relaxed power of her eye is 54.8 D. (a) What is her far point? (b) What eyeglass power will allow her to see distant…
Rating: 5 (1 reviews)

Related questions

Question

100%

The lens-to-retina distance of a woman is 2.10 cm, and the relaxed power of her eye is 54.8 D.

(a) What is her far point?

(b) What eyeglass power will allow her to see distant objects clearly, if her glasses are 1.80 cm from her eyes?

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Similar questions

A person has refractive hypermetropia with a near point at 5 m. They are to be prescribed a set of glassesthat will enable them to have normal close-in vision and the person’s glasses will typically sit 0.15 m infront of their eyes. (a) What is the maximum optical power of this person’s eyes? (b) What is the opticalpower of the glasses required?
A thick lens has a +8.00 D neutralizing power and a +10.00 D back vertex power. What thin lens held against the back of the thick lens will neutralize it? (Plane waves out or plane waves in.)
I need help please.
Suppose a person's eyes have a relaxed power of 50.62 D. Assume a 2.00 cm distance from the retina to the lens of the eye. What is the far point of the person in m?
What is the near point in cm of a person whose eyes have an accommodated power of 53.2 D? (Assume a lens-to-retina distance of 2.00 cm.)
What is the far point in m of a person whose eyes have a relaxed power of 52.5 D? (Assume a lens-to-retina distance of 2.00 cm.) m
What is the power of the eye in D when viewing an object 29.6 cm away? (Assume the lens-to-retina distance is 2.00 cm.)