Calculate the diameter of the field of view for each total magnification on your microscope in millimeters (mm) and then convert this value to micrometers (um): Y.5 .4,500 um Scanning (40X): 1.8 mm x 100X/40X = mm = Low power (100X): FOV diameter 1.8 mm = 1800 um High power (400): 1.8 mm x 100x/400X = O045 mm 450 um 180 Dil immersion (1000X): 1.8 mm x 100x/1000X = mm = um Draw and estimate the length of a single Euglena (high power) and Paramecium (low power): Paramecium Euglena total maanification total magnification

Using the Field of View (FoV) formula: (Low Magnification/High Magnification)= (High Field of View/Low Field of View)   determine the FoV in microns for all other objective lenses (4x,10x,40,100x) given that the diameter of the 4X scanner FoV is 3.2 mm Please, explain with the formula how it was used and how values were added

If the field diameter is 2.4 mm and there are 16 cells across the field of view when using the 40X objective, what is the true length of one cell in millimeters (mm)?

Which spectrophotometer mode should you use to calibrate the instrument and which mode should you use to read your samples?     Transmittance for both     Absorbance for both     Absorbance to calibrate and transmittance to read samples     Transmittance to calibrate and absorbance to read samples     Flip a coin to pick a mode each time.

e) What is the total magnification of a specimen when viewed with the following objective: 400 Scanning High Power 400 Low power Oil Immersion

if the absorbance value measured in a spectrophotometer is 0.5, how much of the original incident light is being measured by the detector?

PART C: CALCULATING THE DIAMETER OF THE FIELD OF VIEW (FOV)_ The field of view (FOV) is the circular area you can see when you look through the microscope. The diameter of the field of view is different depending on which objective lens you are using. For example, you are using the medium-power objective lens, then the area you can see is actually smaller than if you were using the low-power objective lens. Knowing The diameter of the field of view can help you estimate actual size of objects / cells seen through the microscope. When the revolving nose piece is turned to the low power objective lens, a dear plastic ruler can be placed on the microscope stage (see figure 1). Then, the coarse adjustment knob can be used to focus on the millimeter marks of the ruler making sure that one of the milimeter marks is at the left edge of the field of view (see figure 2). NOTE: Slage cip I-1000 Objects in the FOV are usually measured in micrometers (um). To convert, a FOV in mm, times it by 1000…