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(Solved): STAGE MICROMETER (mm \( + \) into 100 units, \( 0.01 \mathrm{~mm}) \) With the \( 4 X \) objectiv ...



STAGE MICROMETER (mm \( + \) into 100 units, \( 0.01 \mathrm{~mm}) \)With the \( 4 X \) objective lens in place at the first demonstration microscope, record the total number of lines on the staDetermine the value of each ocular micrometer unit (in \( \mathrm{mm} \) ) by dividing the number of stage micrometer units (

STAGE MICROMETER (mm \( + \) into 100 units, \( 0.01 \mathrm{~mm}) \) With the \( 4 X \) objective lens in place at the first demonstration microscope, record the total number of lines on the stage micrometer scale from the zero point to the next point in which the scales line up: Again, with the \( 4 X \) objective lens in place, record the total number of lines in the ocular micrometer from the 0 line to the same point as in Question 1: Determine the value of each ocular micrometer unit (in \( \mathrm{mm} \) ) by dividing the number of stage micrometer units (determined in Question 1) by the number of ocular micrometer units (determined in Question 2). How many microns \( (\mu \mathrm{m}) \) is this?


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As an example, for a reticle that is 10mm long with 100 divisions (as shown above), each division was found to represent the following distances: 1x o
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