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An optometrist needs to prescribe corrective lenses for a person whose near point is q- 64.6 cm. If the patient is to see objects clearly at a distance of p - 25.0 cm, calculate the following. (Neglect the distance from the lens to the eye.) (a) focal length (in cm) of the appropriate corrective lens Om (b) power (in diopters) of the appropriate corrective lens diopters

An optometrist needs to prescribe corrective lenses for a person whose near point is q- 64.6 cm. If the patient is to see objects clearly at a distance of p - 25.0 cm, calculate the following. (Neglect the distance from the lens to the eye.) (a) focal length (in cm) of the appropriate corrective lens Om (b) power (in diopters) of the appropriate corrective lens diopters

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5. DETAILS SERPSE10 35.6.OP.031. ASK YOUR TEACHER An optometrist needs to prescribe corrective lenses for a person whose near point is q 64.6 cm. If the patient is to see objects clearly at a distance of p 25.0 cm, calculate the following. (Neglect the distance from the lens to the eye.) (a) focal length (in cm) of the appropriate corrective lens OT (b) power (in diopters) of the appropriate corrective lens diopters DETAILS SERPSE10 35.3.OP.015. MY NOTES The top of a 2.64 m deep reflecting pond is at ground level. How far below ground level (in m) does the bottom of the pond appear to be for the situations described below? (Assume the index of refraction of water is 1.333) MY NOTES (a) when it is completely filled with water m below ground level (b) when it is filled halfway with water m below ground level ASK YOUR TEACHER
Transcribed Image Text:5. DETAILS SERPSE10 35.6.OP.031. ASK YOUR TEACHER An optometrist needs to prescribe corrective lenses for a person whose near point is q 64.6 cm. If the patient is to see objects clearly at a distance of p 25.0 cm, calculate the following. (Neglect the distance from the lens to the eye.) (a) focal length (in cm) of the appropriate corrective lens OT (b) power (in diopters) of the appropriate corrective lens diopters DETAILS SERPSE10 35.3.OP.015. MY NOTES The top of a 2.64 m deep reflecting pond is at ground level. How far below ground level (in m) does the bottom of the pond appear to be for the situations described below? (Assume the index of refraction of water is 1.333) MY NOTES (a) when it is completely filled with water m below ground level (b) when it is filled halfway with water m below ground level ASK YOUR TEACHER
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