Magnification of a compound microscope does not depend upon:

The magnification of a compound microscope does not depend on:

1. The size of the microscope: The size of the microscope has no effect on the magnification. The magnification is determined by the lenses and their arrangement, not the overall size of the microscope.

2. The light source: While a good light source is necessary to see the specimen clearly, it does not affect the magnification. The magnification is determined by the lenses, not the light source.

3. The specimen: The size, shape, or type of specimen does not affect the magnification. The magnification is determined by the lenses, not the specimen.

4. The user's vision: While a user's vision can affect how well they can see the magnified image, it does not affect the actual magnification. The magnification is determined by the lenses, not the user's vision.

In summary, the magnification of a compound microscope is determined by the objective and eyepiece lenses, not the size of the microscope, the light source, the specimen, or the user's vision.

The magnification of a compound microscope does not depend on:

1. The size of the microscope: The size of the microscope has no effect on the magnification. The magnification is determined by the lenses and their arrangement, not the overall size of the microscope.

2. The light source: While a good light source is necessary for viewing, it does not affect the magnification. The light source can make the image clearer, but it does not make it larger or smaller.

3. The sample being viewed: The magnification is not affected by what is being viewed. Whether you are looking at a cell, a piece of fabric, or a grain of sand, the magnification remains the same.

4. The person using the microscope: Different people may have different levels of skill in using a microscope, but this does not affect the magnification. The magnification is a property of the microscope itself, not the person using it.

In summary, the magnification of a compound microscope depends on the objective and eyepiece lenses, not on the size of the microscope, the light source, the sample being viewed, or the person using the microscope.