How to Calculate the Highest Magnification Possible with a Microscope

What is the highest magnification that can be achieved with a microscope?

A student is using a microscope that has a x20 ocular lens. There are three objectives with magnifications of x4, x15, and x25.

The highest magnification that can be achieved with the microscope is x500.

This is calculated by multiplying the magnification of the ocular lens (x20) with the highest magnification objective lens (x25).

When using a microscope, it is important to understand how to calculate the highest magnification possible. In this case, the student has an ocular lens with a magnification of x20 and three objective lenses with magnifications of x4, x15, and x25.

To determine the highest magnification achievable, you need to multiply the magnification of the ocular lens with the highest magnification objective lens. In this case, by multiplying x20 with x25, you get a total magnification of x500.

The ocular lens provides a fixed magnification, while the objective lenses offer different levels of magnification. By selecting the objective lens with the highest magnification and combining it with the ocular lens, you can achieve the maximum possible magnification.

With a magnification of x500, you can make detailed observations of small structures or samples under the microscope. This high magnification level allows for precise examination and analysis of microscopic features.