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s Move the slide slowly away fom you on the ge a yo view it theough the ocular e

ID: 3473269 • Letter: S

Question

s Move the slide slowly away fom you on the ge a yo view it theough the ocular ens In what direction dsthe image move Move the slide to the lefi. In what direction does the the real mage Step 2 The magis the mage passes though the l on the retna ofthe ye and is focused in feus (or nearly "o at the higher once you have properly Socused at the lower nd pbyue he magnification by notating the nest higher magnification lens into position over the stage. Make sure it clicks into po ion Using the fine adjustment only, sharpen the focus. If you are inhle k-focus with a new lens, your micro core is X Do not try to force the lens into position Consult your nractor Note the decrease in working distance As you can see, focusing with the coarse adjustment knob could drive the objective les through the slade, breaking the slide and possibly damaging the lens Skesch the letier e in the Summary Chat What new details become clear Viewing Objects Through the Microscope Adjost the condensertots highet psio and wch As best yos can, menure the distance between the objective on the light source of your mcosope Secaire the lide on the sage so tht y caread the side Recon the woking distance in the Summary Chan be and the eter is centered over te light beam passin and the slide or smaller he slide bolder by ning the contol lever, ypically at the rear let conser of the mechnical sart the slide pproximly how much of the letter e is visible now ne lens in position ver the sages e coa ls the field lager o smalle

Explanation / Answer

6. Complete

1) working distance.

2. right.

3. field.

4. As the picture is not clear i cannot see the number for total magnification but i will give you the formula - Total magnification is a product of ocular lense magnification and objective lense magnification.

5. When light passes through the thick specimen it is retarted and the phase of white light changes

6. Parfocal

7) 0.75 mm

8) 0.4 mm