A scientist would use a light microscope to determine the size and shape of a cell. A light microscope uses visible light to illuminate the object being viewed. Light microscopy is used to observe the overall size and shape of a cell. An electron microscope is used to observe the structure and contents of a cell, including membrane-bound organelles.
Scientists would typically use an electron microscope to determine if a bacteria has a virus. Electron microscopes have high magnification and resolution capabilities, allowing them to visualize viruses, which are smaller than bacteria. This type of microscope is crucial for studying the ultrastructural details of viruses interacting with bacteria.
A life scientist would use a confocal microscope to obtain a three-dimensional image of a microscopic organism. This type of microscope uses a laser to focus on a specific plane of the specimen, allowing for detailed imaging of the structure in three dimensions.
A microscope would be used to show that a tissue contains cells of the same type. This would involve preparing a tissue sample, sectioning it thinly, staining it, and then observing the cells under the microscope to determine their type and characteristics.
For viewing a small living cell, an electron microscope would be more suitable as it provides higher resolution necessary to see detailed structures within the cell such as organelles. Compound light microscopes may not have enough magnification power to observe these structures in depth without damaging the cell.
By adjusting the focus and magnification of the microscope, specific parts of the organism can be distinguished based on their size, shape, and internal structures. Staining techniques can also be used to highlight certain parts or features of the organism, making them more easily distinguishable under the microscope. Additionally, using specialized microscopy techniques such as fluorescence or electron microscopy can provide higher resolution images for better differentiation of specific parts of the organism.
A scientist who examines the shape of the head to determine causes of human behavior would likely be known as a phrenologist. Phrenology is a pseudoscience that suggests personality traits can be determined by studying the shape and features of the skull.
u would probably have to use a microscope grid under a cell for size. and for shape, just draw a picture of what you see through a microscope.
size and shape mostly. Every body, from every animal, has a distinct design.
when they want to see the inside of the cell.when you use a electron microscope the cell is going to die.
an electron microscope
Modern light microscope
A scientist would use a high-powered electron microscope to see an atom. This microscope uses electrons instead of light to visualize objects at the atomic scale. Due to the smaller wavelength of electrons compared to light, the electron microscope can achieve much higher resolution, allowing scientists to observe atomic structures.
A scientist would build a microscope to study cells and their functions. Microscopes allow scientists to observe and analyze cells at a microscopic level, helping them understand cell structure and behavior.
an electron microscope ^^ man, you r sooo dumb. you are really dumb. 4realz. for study island, the answer is : compound light microscope
laser microscope and Tom Brady
A scientist would likely use a compound light microscope to observe a living one-celled organism. This microscope uses visible light to illuminate the specimen and allows for observing living organisms in real-time. Additionally, a phase contrast or differential interference contrast microscope could also be used to enhance the contrast of the specimen without staining.
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