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If the eyepiece of your scope has a power of 10, and the selected objective lens has a power of 20,what is the total
magnification?
20x
200x
O O
Ο Ο
0 30x
300x

Respuesta :

Oseni

Answer:

200x

Explanation:

The total magnification of a microscope depends on the power of the eyepiece and that of the objective lens. It is obtained by multiplying the two factors together.

The total magnification of a microscope can be mathematically expressed as:

Total Magnification = ocular/eyepiece magnification x objective magnification

In the illustration, eyepiece magnification = 10 and objective magnification = 20. Hence,

Total Magnification = 10 x 20 = 200x

The magnification power of the microscope has been 200X. Thus, option B is correct.

A microscope has been the instrument used for the analysis of the magnified image of micro-sized or small objects.

The microscope has been consisted of the objective lens and eyepiece that adjusts the level of magnification of the microscope.

The magnification of the microscope has been the product of the power of the eyepiece and objective lens.

Magnification power = Objective lens power [tex]\times[/tex] Eyepiece power

The given power of objective lens = 20

The power of the eyepiece = 10

Magnification power = 20 × 10

Magnification power = 200X.

The magnification power of the microscope has been 200X. Thus, option B is correct.

For more information about magnification power, refer to the link:

https://brainly.com/question/14668612

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