Using your answers from the previous two questions, estimate the size -- in microns -- of an organism if it covered one-third of the field of view at 100X total magnification. Show your work/process. (THESE ARE THE SCREENSHOTS OF THE 2 PREVIOUS QUESTIONS)

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Using your answers from the previous two questions, estimate the size -- in microns -- of an organism if it covered one-third of the field of view at 100X total magnification. Show your work/process. (THESE ARE THE SCREENSHOTS OF THE 2 PREVIOUS QUESTIONS)

 

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Part III - Microscopy
Homework • Due in a day
5/6 answered
Close
a) If the diameter of the 4x scanner field of view is 4mm, what is its diameter in microns (um)?
b) If the diameter of the 4x scanner field of view is 4mm, what is the diameter of the field of view of the 40x high-dry objective
lens in millimeters?
c) If the diameter of the 4x scanner field of view is 4mm, what is the diameter of the field of view of the 40x high-dry objective
lens in microns (um)?
d) If the diameter of the 4x scanner field of view is 4mm, what is the diameter of the field of view of the 10x low-power objective
lens in microns (µm)?
H- E -
в і А х, х
Q: = E <> 6 K
a. 4000µm
b. 0.4mm
C. 400µm
d. 1600μm
11:07 PM
O Type here to search
N
O G 4) ENG
W
-14°C
2022-01-22
8.
Transcribed Image Text:C Get 3 Ans P Lab 3 Ans W wha E Pho G pur 3 Ans * Cou (34) Q BIO Goc fielc + Mic G pro like 1xr A app.tophat.com/e/269039/assigned/ I Apps > YouTube A Web Store O Maps GE News M Gmail Yahoo Translate Kdrama Review | K-. Courses - Learn Kor. O SAMS | Extra-curric. * 1 E Reading list >> Part III - Microscopy Homework • Due in a day 5/6 answered Close a) If the diameter of the 4x scanner field of view is 4mm, what is its diameter in microns (um)? b) If the diameter of the 4x scanner field of view is 4mm, what is the diameter of the field of view of the 40x high-dry objective lens in millimeters? c) If the diameter of the 4x scanner field of view is 4mm, what is the diameter of the field of view of the 40x high-dry objective lens in microns (um)? d) If the diameter of the 4x scanner field of view is 4mm, what is the diameter of the field of view of the 10x low-power objective lens in microns (µm)? H- E - в і А х, х Q: = E <> 6 K a. 4000µm b. 0.4mm C. 400µm d. 1600μm 11:07 PM O Type here to search N O G 4) ENG W -14°C 2022-01-22 8.
C Get
3 Ans
P Lab 3 Ans W wha
E Pho G pur
3 Ans
* Cou
(34) Q BIO
Goc
fielc
+
Mic
G pro
like
1xr
A app.tophat.com/e/269039/assigned/
I Apps
> YouTube
A Web Store
O Maps
GE News
M Gmail
Yahoo
G Translate
Kdrama Review | K-.
Courses - Learn Kor.
O SAMS | Extra-curric. * 1
E Reading list
>>
Part III - Microscopy
Homework • Due in a day
5/6 answered
Close
Answered
A Resubmit
III.3.2
Homework • Answered
Create a "formula" for the process you used above, such that you'd be able to determine the field of view for a lens of any
magnification if you knew the field of view of another lens magnification on the same microscope.
-E - H
В
i A х, х
2. = E <> 66 X
Since field of view decreases by the same factor as magnification increases,
If an AX lens magnification has a field of view of a, and we are asked to find the field of view
for a BX lens magnification,
We will divide BX by AX, then divide a by the quotient we got from the division of BX by AX.
Formula = field of view of BX lens magnification = a / (BX/AX)
11:07 PM
O Type here to search
N
G 4) ENG
W
-14°C
2022-01-22
8.
Transcribed Image Text:C Get 3 Ans P Lab 3 Ans W wha E Pho G pur 3 Ans * Cou (34) Q BIO Goc fielc + Mic G pro like 1xr A app.tophat.com/e/269039/assigned/ I Apps > YouTube A Web Store O Maps GE News M Gmail Yahoo G Translate Kdrama Review | K-. Courses - Learn Kor. O SAMS | Extra-curric. * 1 E Reading list >> Part III - Microscopy Homework • Due in a day 5/6 answered Close Answered A Resubmit III.3.2 Homework • Answered Create a "formula" for the process you used above, such that you'd be able to determine the field of view for a lens of any magnification if you knew the field of view of another lens magnification on the same microscope. -E - H В i A х, х 2. = E <> 66 X Since field of view decreases by the same factor as magnification increases, If an AX lens magnification has a field of view of a, and we are asked to find the field of view for a BX lens magnification, We will divide BX by AX, then divide a by the quotient we got from the division of BX by AX. Formula = field of view of BX lens magnification = a / (BX/AX) 11:07 PM O Type here to search N G 4) ENG W -14°C 2022-01-22 8.
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