What is Microscope: What are different type of microscope, work, advantage, uses, best description

What is Microscope: What are different type of microscope, work, advantage, uses, best description

What is Microscope? A microscope is an instrument used to magnify small objects. Some of these microscopes can also be used to observe an object at the cellular level, allowing scientists to see the shape of a cell, its nucleus, mitochondria, and other organelles. While the modern microscope consists of many parts, the most important of all is its lens. It is through the lens of a microscope that the image of an object can be magnified and seen in detail.

What are the Different Microscope Types and Their Uses? There are many types of microscopes and each of them solves unique problems. Information is provided about the different microscope types, along with applications for each microscope, as well as who uses each instrument. Below each detail of the microscope and its uses is an image that has been captured while using that particular microscope. What are the Different Microscope Types and Their Uses, What are the Different Microscope Types and Their Use

What is Compound Microscope A compound microscope is defined as a type of microscope that has more than one lens. It consists of a lens and a combination of two optical parts known as an objective lens and an eyepiece or ocular lens. The magnifying power of a compound microscope is shown as. What is Compound Microscope, What is Compound Microscope M = D / F0 * L / FE

What is Metallurgical Microscope These microscopes are high powered microscopes designed to view specimens that do not allow light to pass through them. It shines reflected light down through an objective lens providing magnifications of 50x, 100x, 200x, and sometimes 500x. Metallurgical microscopes are used to examine micron level cracks in metals in very thin layers of coatings such as paint, and grain size.

Advantage of microscope 1.) Microscope-assisted A major tool in modern cell biology, several features make light microscopy ideal for imaging biology in living cells. 2.) Easy to Operate Simple to set up and can be operated by anyone with minimal training and knowledge, portable microscopes are easy for any user. 3.) These microscopes are much cheaper than other microscopes including electron microscopes. It is a good tool for low budget schools, colleges or research projects.

Disadvantage of microscope 1.) A light microscope is ideal for viewing some subcellular structures, yet the resolution is relatively low. Observation is limited to structures at lateral distances of less than half the wavelength of light. At this scale, structures become blurry and hard to identify and even using additional lenses doesn’t do much for improving resolution. Image structures require alternative methods, including super-resolution microscopy and electron microscopy.