Answered

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at a distance of 6 meters, a person with average vision is able to clearly read letters 1.0 cm high.

Sagot :

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The height of the image that will be magnified on the retina will be 0.0022833m or .22833cm and it will be inverted.

What is magnification?

When anything is magnified, its seeming size is increased rather than its real size. This enlargement is quantified using a mathematical quantity called "magnification." When this number is less than one, a drop in size is frequently referred to as "magnification" or "de-magnification."

Briefing:

Given,

The distance of, u = 6 meters

The lens distance from the retina, v = 1.7 cm

The height of the object, hu = 1 m

We have to find the size of letters that appears in the retina, hv;

Here,

Magnification, M = -v/u =  [tex]\frac{h_{v} }{h_{u} }[/tex]

- 0.017/6 = hv/1

hv = -0.017/6

hv = -0.002833m

The image height will be 0.002833 m and it will be inverted.

To know more about magnification visit:

https://brainly.com/question/21370207

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