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(Solved): A compound Microscope has a Tube Length = 20 cm, Objective lens and Eyepiece focal lengths of 0.5 cm ...



A compound Microscope has a Tube Length = 20 cm, Objective lens and Eyepiece focal lengths of 0.5 cm and 6 cm respectively. The person wants to see the Final Image with the least stress on the eyes. (25 cm for Hamline Students with normal vision as explained in section 26-10 of Wiley) 1. Find the object distance to get the above image. 2. Find the Total Angular Magnification. Hint: For part 1, use D= 25 cm and be careful, is Ve the image distance negative or positive ?? see the ray diagram. EYEPIECE BODY TUBE OBJECTIVE TURRET OBJECTIVES STAGE CONDENSER LAMP BASE AEYE F COARSE FOCUSING KNOB FINE FOCUSING KNOB ARM SLIDE WITH SPECIMEN

A compound Microscope has a Tube Length \( =20 \mathrm{~cm} \), Objective lens and Eyepiece focal lengths of \( 0.5 \mathrm{~
A compound Microscope has a Tube Length \( =20 \mathrm{~cm} \), Objective lens and Eyepiece focal lengths of \( 0.5 \mathrm{~
A compound Microscope has a Tube Length , Objective lens and Eyepiece focal lengths of and respectively. The person wants to see the Final Image with the least stress on the eyes. for Hamline Students with normal vision as explained in section of Wiley) A compound Microscope has a Tube Length , Objective lens and Eyepiece focal lengths of and respectively. The person wants to see the Final Image with the least stress on the eyes. for Hamline Students with normal vision as explained in section of Wiley)


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