9. Mechanical stage 10. Mechanical stage adjustment knobs 11. Objective lens 12. Ocular 13. On/off switch 1. Arm 2. Base 3. Coarse adjustment Condenser 4. 5. Dimmer 14. Rotating nosepiece 15. Stage 6. Fine adjustment 7. Iris diaphragm 8. Light source -12 -13 2. ©Hayden-McNeil, LLC Figure 1. The Compound Microscope.

9. Mechanical stage 10. Mechanical stage adjustment knobs 11. Objective lens 12. Ocular 13. On/off switch 1. Arm 2. Base 3. Coarse adjustment Condenser 4. 5. Dimmer 14. Rotating nosepiece 15. Stage 6. Fine adjustment 7. Iris diaphragm 8. Light source -12 -13 2. ©Hayden-McNeil, LLC Figure 1. The Compound Microscope.

Fundamentals of Sectional Anatomy: An Imaging Approach

2nd Edition

ISBN:9781133960867

Author:Denise L. Lazo

Publisher:Denise L. Lazo

Chapter3: Face

Section: Chapter Questions

Problem 10RQ

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Similar questions

1. What happens if you try to use the coarse adjustment when the 10X lens is in place? 2. Assuming the light is on and the oculars are in place, what are the next 2 steps? (Answer in 3-5 sentences)
8.Explain what the coarse focus knob does and what the fine focus knob does. 9. What is different between the 100X objective and the other objective lenses? In other words, what does the 100X need in order to use it? please give answer for both please
5. Which objective lens provides the greatest field of view? a. high. b. 100X c. low d. This depends on if the specimen is stained
13.The capacity of an optical system to distinguish or separate two adjacentobjects or points from one another is known asa. the real image.b. the virtual image.c. resolving power.d. numerical aperture.e. power.
Resolution is ______with a longer wavelength of light. a. improved c. not changed b. worsened d. not possible
2. Calculate the field of views using the given information: A.Scanning power objective= 5x; low power objective=10x; eyepiece= 5x; scanning power field of view (FOV)= 3.5 mm; what is the low power field of view?
Instruction: FILL IN THE BLANKS 1. Manipulate the ________________ knob to bring the objective about 1 to 2 mm away from the slide. Never look into the ____________ when bringing the objective close to the slide to avoid damaging or crushing the slide. A clear field of vision should be ___________ not gray. 2. In viewing objects under the microscope, it is observed that the microscope ______________ the direction of movement and _______________ the position of the image observed. 3. In shifting to higher magnification, simply rotate the _________________ to the desired objective. If the image is not clear manipulate the __________________ knob. 4. The total magnification of the specimen as seen in the microscope is 400x. This means that the ocular magnification is _______ x and the ______________ is 40x.
Hello, I need help determining the FOV for the objective microscope, ocular lens please.
The coarse and fine focus knobs adjust the distance betweena. the objective and ocular lenses.b. the ocular lenses.c. the ocular lenses and your eyes.d. the stage and the condenser lens.e. the stage and the objective lens.
3. Using the information provided, calculate the size of the objects viewed. Hint you will need to calculate the FOV. A.The cell is being viewed under high power. Scanning power objective=4x; Low power objective= 10x; High power objective= 40x; Eyepiece= 5x; Low power field of view (FOV)= 4.2 mm
1. after going through all 4 objectives, which would give you the largest field of view? greatest depth of focus? why? 2. how do you calculate the total magnification of a specimen? show sample
While looking into your compound light microscope you are unable to properly resolve the specimen. What might be the cause? Question options: You have a dirty objective lens. Any of the choices The iris diaphragm has not been properly adjusted. The coverslip has a fingerprint on it.