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Question a and b please The letter "e" appears reversed when viewed through the microscope. This is termed move lso Inversion explains why moving the stage to the right makes the object appear to Once you have focused your microscope using the lowest power objective, do not move the etage. Instead, center the image, and rotate to the medium power (10 X) objective until it clicks into place. Focus using the fine adjustment knob (only use the coarse adjustment kn ou cannot get a sharp image). Again, not moving the stage, rotate to the highest power (40x) objective. Do not use the coarse adjustment while viewing with high powers you will kyour slide and the objective lens. Ifyou lose your object while viewing under high magnification, you must start from the beginning with low magnification. Adjust the disk or iris diaphragm until the specimen is properly illuminated. Thicker, more opaque specimens will require more light than thinner, transparent specimens. Too much light can obscure details under many circumstances. Usually the higher the magnification. the mors light you nced When using high magnification, the depth of field is very shallow, so keep your fingers on the hne focus and move it gently up and down to bring different portions of the specimen into focus. Answer the following questions. a. How much of the letter is in the field of view? b. What does the paper seem to be composed of? Is the surface smooth and un Return the letter "eâ slide to its labeled metal tray. Magnification The compound microscope has two lens systems, and each contributes to the final magnification of the specimen. You previously observed and recorded the magnifyi of each objective lens and the ocular(s). Since the objectives produce an enlarged in then the ocular lens magnifies that, the total magnification can be calculated by mu magnification power of the objective lens times the magnification power of the ocu alculate the magnifications your microscope is capable of producing. Show transcribed image text
Question a and b please
The letter "e" appears reversed when viewed through the microscope. This is termed move lso Inversion explains why moving the stage to the right makes the object appear to Once you have focused your microscope using the lowest power objective, do not move the etage. Instead, center the image, and rotate to the medium power (10 X) objective until it clicks into place. Focus using the fine adjustment knob (only use the coarse adjustment kn ou cannot get a sharp image). Again, not moving the stage, rotate to the highest power (40x) objective. Do not use the coarse adjustment while viewing with high powers you will kyour slide and the objective lens. Ifyou lose your object while viewing under high magnification, you must start from the beginning with low magnification. Adjust the disk or iris diaphragm until the specimen is properly illuminated. Thicker, more opaque specimens will require more light than thinner, transparent specimens. Too much light can obscure details under many circumstances. Usually the higher the magnification. the mors light you nced When using high magnification, the depth of field is very shallow, so keep your fingers on the hne focus and move it gently up and down to bring different portions of the specimen into focus. Answer the following questions. a. How much of the letter is in the field of view? b. What does the paper seem to be composed of? Is the surface smooth and un Return the letter "eâ slide to its labeled metal tray. Magnification The compound microscope has two lens systems, and each contributes to the final magnification of the specimen. You previously observed and recorded the magnifyi of each objective lens and the ocular(s). Since the objectives produce an enlarged in then the ocular lens magnifies that, the total magnification can be calculated by mu magnification power of the objective lens times the magnification power of the ocu alculate the magnifications your microscope is capable of producing.
Show transcribed image text alirazaju20Lv4
27 May 2023
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