13.53. What is the difference between the coarse adjustment knob and the fine adjustmeknob? When is it appropriate to use them?eScience Labs, 2018

Coarse adjustment knob: it is used to raises and lowers the stage more rapidly. It is the large…

Answered: 3. What is the difference between the…

Surgical Tech For Surgical Tech Pos Care

5th Edition

ISBN:9781337648868

Author:Association

Publisher:Association

Chapter21: Orthopedic Surgery

Section: Chapter Questions

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blackboardcdn.com/5bfc08ba3fldc/14683296?X-Blackboard-Expiration=16245468000008X-Blackboard- 19 / 47 100% 1.4. Functions of the light mlcroscope parts Complete the following table by writing the function(s) of each of the parts indicated. Structure Function Diaphragm / iris Stage opehing Lamp Objective lenses Eye piece Coarse and find adjustment knobs Stage Stage rack prt sc delete home backspace lock enter pause t shift
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What are the underlying physical principles of paper chromatography? What is spectrophotometry, the essence of it?
1. After focusing to LPO, you were asked by your teacher to shift to HPO (nigh power objective) but the view of the specimen is blurred. What part are you going to manipulate for the specimen to have a sharper focus? A. Mirror B. Fine adjustment knob D. Inclination joint C. Stage clips 2. Forceps are used to hold and fix the specimen on the glass slide. What household material can be used if you don't have any forceps? A. Fork B. Tweezer C. Spoon 3. The formula of total magnification (MT) is the product of magnification of the eyepiece (ME) and magnification of the objective lenses (Mo) like LPO, MPO, or HPO. Which equation represents the statement? A. MT = ME(Mo) C. MT = ME + Mo 4 Compute for the total magnification of an onion skin if the eyepiece has 4X magnification and the LPO has a magnification of 10X. А. 40X C. 2.5X D. Tong B. MT = ME- Mo D. MT = ME/Mo В. 14X D. 6X 5. Solve for the magnification of the eyepiece if the total magnification is 150X and the LPO has a magnification…
Huckleberry Finn watches the boys rake the lawn through a small hole in the fence. He has difficulty accurately judging the direction they were moving the rakes. This is known as the O 1) none of these 2) direction-from-motion problem O 3) correspondence problem 3) O 4) Kinetic Depth Effect O5) aperture problem 5)
1. What color(s) does bromocresol green absorb the best? 2. What wavelength(s) does bromocresol green absorb the least? Include units,please. 3. What color(s) does bromocresol green absorb the least?
Procedure 1 Magnification Light is refracted through two lenses to obtain magnification-the ocular lens and the objective lens. Magnifi- cation of the ocular lens is usually 10x.This means that if you were to view a slide with only the ocular lens, the image would be magnified 10 times. Magnification of the objective lenses varies, but typically is 4× for low power, 10× for medium power, and 40× for high power. (To verify that this is the case for your microscope, look at the side of the objective lens, which usually is labeled with its magnification.) Remember that oil immersion provides even greater magnification at 100×. When calculating the total magnification, you must multiply the magnification of the ocular lens (10) by the power of the objective lens. Fill in Table 3.1 to determine total magnification at each of the different objective lenses on your microscope. Remember that the magnification of the objective lens is usually printed on the side of the lens itself. ABLE 3.1…
Calculate for the calibration factor. (3 points) (Note: stage micrometer is 1 mm long with 100 divisions) EYEPIECE RETICLE 10 20 30 40 50 60 70 0 80 100 M⁹⁰ př 10 40 50 20 OPE www.fanfi |||||||| STAGE MICROMETER 60 |||||||
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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
Define each of the following terms: A) What is resolution and how is resolution related to the wavelength of light used to illuminate the sample? B) What is the magnification of the specimen if you are using a 40x objective and a 10x eyepiece? C) How is the numerical aperture (NA) of a lens related to its ability to gather light from a specimen?

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3. What is the difference between the coarse adjustment knob and the fine adjustme knob? When is it appropriate to use them?