Amplification is often associated with sound, electricity and other wave phenomena.
Magnification is often associated with size and dimensions.
Examples:If you amplify the light it will get brighter; while if you magnify an image it will get larger.
magnification is the number of times an object is enlarged, while resolution is the amount of data (detail) in an image.
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Magnification is an enlargement of the specimen which looks bigger as the magnification increases. Resolution is the the smallest increment available. The difference between these can be explained with the example of a ruler that has 1/8" markings. Magnification will make the separation of the markings look bigger, but the resolution of the ruler doesn't change, the markings are still 1/8" apart. However, magnification can improve the resolution because you can now see things bigger. For example the separation between the markings of the ruler could be divided down even more under magnification.
The field of vision shrinks as the magnification gets higher so as the magnification increases the less of the diameter of the microscopic field you can see.
light amplification stimulation and raidition.
yes
magnification is the number of times an object is enlarged, while resolution is the amount of data (detail) in an image.
steven powers suck ****
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Magnification is an enlargement of the specimen which looks bigger as the magnification increases. Resolution is the the smallest increment available. The difference between these can be explained with the example of a ruler that has 1/8" markings. Magnification will make the separation of the markings look bigger, but the resolution of the ruler doesn't change, the markings are still 1/8" apart. However, magnification can improve the resolution because you can now see things bigger. For example the separation between the markings of the ruler could be divided down even more under magnification.
A zone diagram demonstrates the layout of different types of tissues at a low magnification. A cell drawing shows individual cells viewed at a high magnification.
As you increase the magnification, the field of view decreases.
As you increase the magnification, the field of view decreases.
It's actually simple: The more the magnification, the smaller a "picture" of the available light you are getting - hence the more magnification, the darker the image looks. It works the same way with an astronomical telescope: The more magnification you use (assuming the objective lens doesn't change) the dimmer the object gets. To put it another way - there is a big difference between how high a magnification you are using, and how much light is reaching your eye.
Magnification is inversely proportional to the diameter of the field of view.
Gross examination is performed without the aid of magnification. Microscopic examination is performed on slides of tissue samples on the microscope.
the working distance decreases as the magnification increases