they are made of glass because it is transparent and nonpermeable so no liquids can pass through it it is hard aswell so it will not break easily
Glass slides are used when looking at a substance under a microscope. They help you see it clearer and protects it.
Robert Hooke
They are MAGNIFIED ... as with a microscope or a magnifying glass.
solid objects like in biopsy are sliced thinly by the use of microtome, dyed and placed on glass slides. Then you can view individual cell.
Some important things to remember in handling a microscope are: When you pick up the microscope and walk with it, grab the arm with one hand and place your other hand on the bottom of the base. Never touch the lenses with your fingers. Your body produces an oil that smudges the glass. This oil can even etch the glass if left on too long. Use only LENS PAPER to clean the glass. When you are finished with your "scope" assignment, rotate the nosepiece so that it's on the low power objective, roll the nosepiece so that it's all the way down to the stage, then replace the dust cover. Clean all slides, materials, and work area when you're done. Please, be careful with the slides and cover slips. They are made of glass and if broken, you will get cut and you will bleed.
Glass or plastic.
iit supports the glass slides
Yes
It is a insulator because glass is not a metal so it is NOT A CONDUCTOR.
The slides are usually made of thin glass and can break very easily.
To keep germs off of the telescope so it does not indanger the glass.
Glass slides are used when looking at a substance under a microscope. They help you see it clearer and protects it.
A microscope works by magnetizing objects with the glass inside the lens. This lense will show you the small objects you put in containers called slides under the microscope's lens.
It is used to place an item on and put it under a microscope to view.
A prepared slide for a compound light microscope is composed of a viewing sample suspended in a drop of distilled water, which has been placed on one glass slide. A second glass slide will be placed on the first slide and any residual water will be gently soaked up by a paper towel.
To find the refractive index of a glass slab using a travelling microscope, you would first place the glass slab on a flat surface. Using the travelling microscope, measure the apparent shift in the position of the object when viewed through the glass slab. By knowing the thickness of the glass slab and the shift in the position, you can calculate the refractive index using the formula: Refractive index (n) = (apparent shift + 1) / actual shift.
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