Medicine
13.06.2020 17:38
223
436
4
Solved by an expert

When you switch from a low power objective lens (for example, 4x) to a higher-power

When you switch from a low power objective lens (for example, 4x) to a higher-power objective lens (for example, 10x), what happens to the working distance between the lens and the coverslip?
Show Answers
pyromadestill
pyromadestill
5,0(18 marks)

The working distance decreases

Explanation:

"The working distance is the distance between the specimen and objective lens. The working distance decreases as you increase magnification. The high power objective lens has to be much closer to the specimen than the low-power objective lens in order to focus. Working distance is inversely proportional to magnification."

Reference: Murphy, Ellen. β€œWhat Happens When You Go From Low Power to High Power on a Microscope?” Sciencing, 2 Mar. 2019

helper49
helper49
4,4(93 marks)

The answer to the question: When you switch from a low power objective lens to a higher power objective lens, what happens to the working distance between the lens and the coverslip, would be: The working distance diminishes.

Explanation:

In microscopy, the power lenses are the ones that will allow you to view an object being studied. How clear, and how well, you are able to identify that object, and the details in it, will depend not just on its size, but also on how well the lens (or lenses in the higher power ones) is able to capture the light coming from the power source, the obstacles that prevent light passsage and transmitting and magnifying the image. What these lenses will do is capture the light that is defracted once it hits the object and from that refraction, and the light that goes through the object itself, an image will form in higher, or lower detail. Depending on the size of the specimen, and what wants to be seen, a person will thus select a lense that is low-power, or the higher power. And what will definitely be noticed is that the working distance between the lens and coverslip on the microscope will decrease.

daniiltemkin20
daniiltemkin20
4,6(89 marks)

-Total cost of repayment: $9,948.48

-Interest: $948.48

Step-by-step explanation:

As Christina took a loan with a 4-year term with monthly payments of $207.26, you can find the total cost of repayment by multiplying the monthly payments for 48 months:

$207.26*48= $9,948.48

The interest that Christina will pay on her loan can be calculating by subtracting the principal from the total cost of repayment:

$9,948.48-$9,000= $948.48

Popular Questions about the subject: Medicine

Anybody wanna do a MHA rp...
Medicine
07.09.2022 07:17
The local ice cream shop is having a competition for a new smoothie flavor....
Medicine
11.02.2021 17:36
Which statement describes the relationship between memory and learning?...
Medicine
24.02.2022 19:49
* Your CCMS numerical Identification number is Value should be between...
Medicine
15.12.2022 21:05
Which breed of turkey was produced for small carcasses? Beltsville Small...
Medicine
20.01.2020 21:29
What is the origin of the Slate breed? United States Mexico Asia Germany...
Medicine
19.07.2021 17:10

New questions by subject

A. Diameter B. Tangent C. Chord D. Secant...
Mathematics
19.10.2022 09:36
Can some one help me answer all ten questions they are due at 10:00 I...
Mathematics
18.03.2020 08:58
What does Chapter 9 of The Great Gatsby reveal about relationships in...
English
18.11.2021 03:10
Read the following paragraph from the Introduction (paragraphs 1-4]. The...
Social Studies
21.05.2023 10:59
What are the possible measures of the triangles side? Select all that...
Mathematics
04.01.2023 15:09
PLEAEEE PLEAEE AHHHHHHH...
Mathematics
19.02.2022 20:10
HELPLLELELELLSKSKS PLEASE AHHHHH...
Mathematics
18.06.2023 17:45
What is the divison of labor and why do you think it exist...
Geography
11.03.2023 12:52
Need help on angles of polygons please...
Mathematics
09.04.2022 19:44
#
#
#
#
# #

We expand our knowledge with many expert answers