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| 1. A methodical and efficient process to uncover the root causes of adaptation issues results in |
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A.
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Patient trust |
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B.
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Increased margins |
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C.
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100% refunds |
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D.
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Mechanical excellence |
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| 2. All of the following are the detective tools needed to solve an adaptation problem except |
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A.
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Patient's most recent history |
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B.
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Client complaint |
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C.
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Lab and fabrication results |
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D.
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Patient's written signature |
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| 3. Sometimes the Rx problem is |
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A.
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Transcription error |
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B.
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The shortened exam lane |
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C.
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Doctor's discretion |
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D.
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All of the above |
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| 4. It is believed that human vision sensitivity had its origins in |
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A.
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Dinosaur nerve bundles |
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B.
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Sensory processing focused on small stimuli |
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C.
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The total sensory system |
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D.
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Extra cranial power |
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| 5. Human vision is extremely sensitive to change _______________, and this may affect adaptation to different lens designs. |
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A.
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Peripherally |
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B.
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Nasally |
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C.
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Superiorly |
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D.
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Inferiorly |
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| 6. The human eye processes vision using |
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A.
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Contrast |
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B.
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Refraction |
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C.
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Multi-level processing |
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D.
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All of the above |
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| 7. When new glasses significantly improve contrast levels. The customer may say that their vision |
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A.
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Is blurred |
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B.
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Tilts the floor up |
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C.
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Hurts or is too bright |
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D.
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All of the above |
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| 8. Having a patient “get used to their new eyewear” requires learning to accept |
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A.
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The new frame and the way it fits |
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B.
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Peripheral or perceptual adjustments |
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C.
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A new lens design |
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D.
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All of the above |
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| 9. All of the following affect peripheral vision except |
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A.
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Astigmatism |
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B.
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Thickness |
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C.
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Base curve |
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D.
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Asphericity |
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| 10. When fitting multifocal heights for the average shorter client |
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A.
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Consider that they will tilt their heads back |
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B.
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They always look down more |
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C.
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They tilt forward whenever driving |
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D.
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Fit all lenses 5mm below pupil center |
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| 11. When fitting multifocal heights for the average taller client |
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A.
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Consider that they will tilt their heads back |
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B.
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They always look down more |
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C.
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They tilt forward whenever driving |
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D.
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Fit all lenses 5mm below pupil center |
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| 12. When fitting multifocal heights for clients that do a lot of driving |
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A.
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Consider that they will tilt their heads back |
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B.
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They always look down more |
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C.
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They typically tilt their head backward |
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D.
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Fit lower for going down stairs |
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| 13. Getting the height right for every client requires all of the following except |
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A.
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Becoming a “sleuth” |
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B.
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Experience from solving previous client problems |
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C.
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Use of a mm ruler |
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D.
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Understanding their most activities visually |
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| 14. To best solve an adaptation problem |
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A.
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Refer to the “previously worn” recorded history |
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B.
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Consult the doctor |
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C.
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Verify Rx and fitting characteristics |
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D.
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All of the above |
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| 15. When changing frames sizes for Single Vision lenses |
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A.
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Record distance from pupil center to both MRP and optical center |
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B.
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Determine the spherical equivalent power |
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C.
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Note the vertical to the axis |
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D.
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Record patients age and gender |
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| 16. When fitting bifocals record |
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A.
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The segment dimensions of the intermediate |
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B.
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The add power as a back vertex measurement |
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C.
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The distance from pupil center to segment top |
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D.
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All of the above |
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| 17. To confirm a client's preferences and aid in troubleshooting subsequent problems |
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A.
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Maintain a clearly written, well-documented history |
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B.
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Provide the history to all dispensers |
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C.
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Describe the client's preference for a particular dispenser |
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D.
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All of the above |
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| 18. Sensitivity to change is subject to all of the following except |
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A.
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Frame styling |
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B.
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Frame size |
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C.
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Temple shape and fit |
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D.
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Whether purchased on credit |
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| 19. An accuracy of __mm is required for the best height measurements |
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A.
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0.5mm |
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B.
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1.0mm |
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C.
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1.5mm |
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D.
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2.0mm |
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| 20. To solve lens adaptation problems |
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A.
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Be proactive |
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B.
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It's a challenging and dynamic process |
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C.
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Be a sleuth |
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D.
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All of the above |
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