When done using a microscope, I first carefully clean the lenses with lens paper to remove any smudges or debris. Next, I lower the stage and return the objective lenses to their lowest position to protect them. Finally, I cover the microscope with a dust cover and store it in a safe place to ensure its longevity and readiness for future use.
Before putting a microscope away, you should first clean the lenses and stage to remove any dust or residue. Next, make sure to lower the stage and return the objectives to their lowest position to protect the lenses. Finally, cover the microscope with a dust cover to prevent contamination while it is stored.
1) When you pick up the microscope and walk with it, hold it with two hands. Use one to hold the arm and one to hold the base. 2) Always make sure your on the lowest magnification when using it and that the stage is all the way down 3) use a chem wipe to clean everything off.. dont worry too much about the microscope slides.. if its just a plain slide they are usually not too expensive 4) Move slowly and you'll be fine.. doing everything slowly also helps the experiment run better
Work done is equal to Force multiplied by distance:Wd = FxdWd = 324x3Work done = 972 Joules.
Repeat the procedure at least twice, preferably 3 times. Only keep 1 thing in your experiment the same. Change the materials or anything you are using.
1.hold the microscope two hands one on the arm/ handle and the one is in the base of the microscope 2. Store the device in a clean dry box or cabinet, usually with some kind of plastic dust cover. 3. When using the High-Power objective lens, be very careful when focusing not to drive the head of the lens into the cover-slip or slide. Always visually adjust the head of the lens about 1 mm or so above the cover-slip, then looking through the eye-piece, use the "fine" focus control to bring the sample into sharp focus. 4. Always replace damaged parts and components with manufacture recommended replacements. If you must use other manufacture's parts, be sure they have the right specifications for your particular microscope. 5. When moving your microscope from place to place in the lab, use one hand to grip the microscope while supporting it at the base with your other hand. This keeps accidents and the lost of parts to a minimum. 6. Don't leave slide, sample, and cover-slip on the microscope stage for extended periods of time, and when through viewing, raise the objective lens away from the cover-slip and turn the objectives to the lowest power objective len setting. Remove the slide and put the microscope away. 7. If the microscope uses a light bulb as its light source, turn the power off when the microscope isn't actually in use. 8. Cleaning the eye-piece and objective lens, aways follow the manufacture's recommendations and instructions.
Use the (-4,0) thing, then make it bigger by using the 3 thing, then move it to the side using the (4,0) thing then make it smaller by using the 1/3 thing.
1.digital microscope 2.stereo microscope 3.compound microscope 4.electron microscope 5.laboratory microscope
It could be done by: (3*3)/(3*3) = 1
some thing that is done over and over again <3 :)
It is done by using Roman numerals: VI = 6
1.we can see very minute things with with the help of microscope very clearly which are unable to see by our naked eyes. 2. It is easy to handle. 3. It can be set in a short time.
SEM (Scanning Electron Microscope)
That depends on the type of microscope you are using, so check the lab you work or go to school in. At my lab, our microscopes have 4x, 10x, 40x, 100x magnification lenses.
It cannot be done using real numbers. However, it can be done using complex numbers: 16y² + 4y + 1 = ¼(8y + (1 + i√3))(8y + (1 - i√3))
You would take it 1st thing in the morning, at lunchtime - and last thing at night
3
If you are referring to an emoticon sort of thing, then <3.