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Electron microscopes have a much higher resolution than either the human eye or conventional light microscope because: 1 pointOf the very short (nanometer) wavelengths of electronsOf their higher magnificationThe lenses used are of much higher qualityAll of the answers

Question

Electron microscopes have a much higher resolution than either the human eye or conventional light microscope because: 1 pointOf the very short (nanometer) wavelengths of electronsOf their higher magnificationThe lenses used are of much higher qualityAll of the answers

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Solution

The resolution of an electron microscope is much higher than that of the human eye or a conventional light microscope due to the very short (nanometer) wavelengths of electrons. This is the primary reason.

However, all the options mentioned contribute to the superior resolution of an electron microscope.

  1. Very short (nanometer) wavelengths of electrons: Shorter wavelengths allow the microscope to resolve smaller structures, providing a detailed image.

  2. Higher magnification: Electron microscopes can magnify objects up to 50 million times, while light microscopes can only magnify up to 2000 times. This higher magnification allows for a more detailed view of the specimen.

  3. Quality of lenses: The lenses used in electron microscopes are of high quality and are designed to control the electron beam accurately, contributing to the high resolution.

So, the answer is "All of the answers".

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Similar Questions

Which has a higher magnification: an electron microscope or a light microscope?

Electron microscope has a high resolution power. This is due to:

Recall which feature makes electron microscopes different from both compound light microscopes and stereo light microscopes.

The maximum resolution of a standard optical microscope:a.is about 30 nm, independently from the objective magnificationb.is about 300 nm and it depends on the magnification of the objectivec.coincides with the wavelength of lamp lightd.is about 3 micrometers and it depends on sample-objective distance

Recall which type of microscope has a magnification less than 300x but allows you to view objects in 3D.

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