Compound Binocular Microscope
Compound Binocular Microscope Biology question, List three ways in which a binocular dissecting microscope is different from a compound micr? List three ways in which a binocular dissecting microsco...
Compound Binocular Microscope
Biology question, List three ways in which a binocular dissecting microscope is different from a compound micr?
List three ways in which a binocular dissecting microscope is different from a compound microscope:
The only thing I have so far is
(a) The image is not inverted or reversed as in compound microscopes
(b)
(c)
Does anyone have any other ideas? I have been trying to figure this out for 15 minutes and decided to give up and just ask on Yahoo! Answers.
Thanks in advance.
Thank you. Once it has been four hours since I asked the question, I will choose you as best answer. The option to do that is not there so I can’t do it right now. Anyways thank you, now my homework is done!
Thank you. Once it has been four hours since I asked the question, I will choose you as best answer. The option to do that is not there so I can’t do it right now. Anyways thank you, now my homework is done!
Your (a) is correct. The binocular dissecting microscope provides 3 dimensional images (depth of field), the compound scope only 2 dimensional. The dissecting scope uses primarily reflected light, while the compound scope uses primarily transmitted light. And the dissecting scope is generally used at lower magnifications than the compound scope.
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The Short Explanation about the Development of Microscope
An object that is observed under microscope can be immortalized by using camera. A compound microscope that has two ocular lenses is usually completed with the lens part for camera.
Technology as the work result of human always experiences the developments. Simple microscope and several other optical microscopes are only able to enlarge the object of about 100-1000 times, whereas electron microscope technology can be enlarged up to 1 million times.
Based on the illumination system, this equipment is divided into two types, namely optical and non-optical microscope.
a. Optical microscope
Its magnification process of objects uses normal light (visible light). This type of microscopes includes compound, binocular, and also stereoscopy binocular microscope which produces the image of 3 dimensions, and ultraviolet microscopy.
b. Non-optical microscope
It amplifies the objects by being helped by the short wavelength radiation. It includes X-ray, ion, and electron microscope. Among the three types of non-optical microscope, the most widely used is electron microscope.
Through the electron microscope, you are able to learn the patterns of animal cells,
plants, and bacteria. It is also used in analyzing the result of industry and controlling the production result.
The electron microscope is a microscope that is able to perform the magnification of objects up to 2 million times. It uses electro-static and electro magnetic to control the lighting and the display of images. It also has the zoom ability and resolution that is much better than light microscopy. In this case, it uses more energy and shorter electromagnetic radiation than the light microscope.
About the Author
Electronic microscope is an integral part of many laboratories. Researchers use it to examine biological materials (such as microorganisms and cells), a variety of large molecules, medical biopsy samples, metals and crystalline structures, and the characteristics of various surfaces. For more information about it, read the full article at microscope for sale.