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How do microscopes produce magnified images?

Microscopes produce magnified images by using lenses to bend light rays and focus them on the specimen being observed. The magnified image is then viewed through the eyepiece or a camera. Various types of microscopes, such as compound microscopes and electron microscopes, use different methods to achieve magnification.


What is a stereomicroscope?

A stereomicroscope is a type of optical microscope that provides a three-dimensional view of samples by using two separate optical paths for the left and right eyes. It is commonly used for studying larger specimens that require lower levels of magnification compared to traditional compound microscopes. Stereomicroscopes are often used in fields such as biology, geology, and electronics for tasks like dissection, examination of minerals, and circuit board inspection.


Give an advantage and a disadvantage of using online or virtual microscopes?

Advantages of virtual microscopes include the fact that they're a great learning tool, and they require no maintenance. Disadvantages include the fact that the samples are not able to be rescanned, and the ability to manipulate images is limited.


What are the advantages of using a surface microscope for analyzing samples in comparison to other types of microscopes?

Surface microscopes offer several advantages over other types of microscopes for analyzing samples. One key advantage is their ability to provide high-resolution images of the surface of a sample without the need for complex sample preparation. This allows for quick and easy analysis of samples in their natural state, making surface microscopes ideal for studying surface features and textures. Additionally, surface microscopes are often more user-friendly and cost-effective compared to other types of microscopes, making them a practical choice for researchers and scientists.


Who saw first cell nucleus?

Dr. Hue G. Rection saw the first nucles of a plant cell in 1887 using one of the first compound microscopes.


Are cells discovered using electron microscopes?

Yes, cells can be visualized and discovered using electron microscopes due to their high magnification and resolution capabilities. Electron microscopes can reveal details at the nanometer scale, allowing for the visualization of organelles and structures within cells that may not be visible with light microscopes.


A virus is 50 nm in size so would you recommend using a stereo compound light microscope or an electron microscope to see it?

Viruses can only be seen with electron microscopes


Can compound microscopes see atoms?

No. No matter how powerful an optical microscope is, it can never be used to see atoms. Atoms are smaller than the wavelength of visible light. You can, however, view atoms using an electron microscope.


What jobs involve using microscopes?

sex


What are the advantage and disadvatges of a light microscope?

The advantages and disadvantages of the light microscope relate to light, magnification and resolution. Light microscopes magnify visible light--an obvious advantage, since this is what our eyes can see. Magnification (how large an object appears) and resolution (the clarity of details) are both limited when using light microscopes.


What century were microscopes used to study cells?

Though it may have occurred earlier, the first account of using microscopes to study cells occurred in the 17th century. After that, the use of microscopes in research became a popular method.


Compare and contrast a compound light microscope and an electron microscope?

Light microscope: 1. Uses a beam of light that is focused using glass lenses. 2. Magnification is moderate -- not as much as electron microscope 3. Produces a color image since it uses light 4. Can look directly at the specimen with our eyes Electron microscope 1. Uses a beam of electrons that is focused using magnets. 2. Magnification can be extremely high and show details that are not possible with the light microscope 3. Produces a grey-scale image because color requires visible light 4. Image must be seen on a monitor or in a photograph because we don't see electrons.