The field of view is the maximum area visible through the lenses of a microscope, and it is represented by a diameter. To determine the diameter of your field of view, you can place a transparent metric ruler under the low power (10X) objective of a microscope. You would focus the microscope on the scale of the ruler and measure the diameter of t field of vision in millimeters. Refer to the image taken of this preparation below. What is the approximate field of view as seen by this 10X objective. Note: This microscope has 10X eyepiece, giving a total magnification of 100X. 10000 1mm 2mm 3mm 4mm 1 mm

Describe the conditions under which dark-field microscopy is the best choice for viewing specimens.

Please answer the question along with the reason  I'll definitely give a like

You have placed a microscope slide in a microscope and want to view it at with the 10X objective lens. List the steps that are necessary to set up and focus the microscope properly using the 10X objective lens.

What is phase contrast? Give examples of phase contrast in optical microscopy.

What is the diameter of the field of view (ie. Diameter2) when the total magnification is 100X? Report your answer in µm

What is the proper method of cleaning the microscope? Select an answer. a. Change the magnification to the lowest power, clean the objective lens and ocular lens with lens paper b. Change the magnification to the highest power, clean the objective lens and ocular lens with lens paper c. Change the magnification to the lowest power, clean the objective lens and ocular lens with a paper towel

The compound (bright-field) microscope is parfocal. It means that:   Question 4 options:   objective lenses are built into revolving nosepiece   its lenses effectively decrease focal lenght   can achieve maximum resolution lower than 0.2 μm   image should remain in focus when objective lens is changed

Describe how you would use a compound light microscope with the 4 objective lenses to view a specimen on a pre-made slide up to a total magnification of 400X.

What causes these reversals in orientation and movement of objects seen through the microscope?