Angular Magnification of a Microscope: Exploring the Details

What is the angular magnification of a microscope using an objective with a magnification of 24.3 and an ocular with a magnification of 10.2?

Have you ever wondered about the angular magnification of a microscope with specific objective and ocular magnifications?

The angular magnification of the microscope is approximately 248.46.

The angular magnification (M) of a microscope is given by the product of the magnification of the objective lens (Mo) and the magnification of the ocular lens (Me):
M = Mo × Me

Get ready to be amazed by the fascinating world of microscopes and their incredible magnification capabilities! The angular magnification of a microscope is a crucial factor that determines how much larger an object will appear when viewed through the microscope compared to the naked eye.

In the case of the specific microscope with an objective magnification of 24.3 and an ocular magnification of 10.2, the angular magnification can be calculated as follows:
Mo = 24.3, Me = 10.2
M = 24.3 × 10.2 = 248.46

Therefore, the angular magnification of this microscope is approximately 248.46. This means that objects will appear an astonishing 248.46 times larger when viewed through this microscope compared to viewing them with the naked eye.

Microscopes open up a whole new world of details and intricacies that are not visible to the naked eye. The ability to magnify objects to such a significant extent is truly remarkable and allows scientists, researchers, and enthusiasts to dive deep into the microscopic realm.