What do air bubbles look like with the light microscope?
815295
air bubbles look like little circles that are just floating around in the specimen area or space sometimes the air bubbles have air pockets in them to
1013381
This would be an awesome inexpensive experiment. as I believe that it does with respect to the diameter of the bubble gravity attraction should be increased with respect to surface area, however this experiment should be conducted in an environment free from draft and circulating air flow.
48695
Don't forget that your samples must be small and THIN (flat). If the sample is too big/thick then no light will pass through to the lenses.\nMost things are best viewed after mounting them in a drop of water under a cover slip.\n\n1. Crystals of salt, icing sugar, etc.\n2. Fibres of cotton, wool, synthetics, string, etc.\n3. The torn edges of paper.\n4. The individual dots of colour from non-glossy pictures. You will probably have to add a bit more illumination from above the sample for this by shining a light onto it (e.g. desk light).\n5. Leaf 'skeletons'.\n6. Living leaves - from a potted plant (e.g. a 'spider plant') bend the leaf and clip it between two slides. (Additional top illumination needed.)\n7. The thin 'skin' from between the 'leaves' of an onion (onion epidermis).\n8. The edge of a razor blade or sharp knife (with top illumination).\n9. Strands of spider webs.\n10. Dust.\n11. By gently using a potato peeler you can make thin sections of all sorts of plant parts. Usually only the very edges of these sections are suitable for viewing. You might like to stain plant samples with a drop of iodine (use instead of water) under the cover slip.\n12. If you have a wood-plane then make thin samples of different types of wood.\n\n(P.S. Forgive my UK spelling)
432927
THANK U GOD! finally a real question!\n\nThe tiny bubbles that form when water is heated to near boiling almost always consist of dissolved air leaving the water.
873783
If we view this letter "e" with the microscope at 40X, 100X, and \n\n400X, the image appears to be inverted, as happens with most compound \n\nmicroscopes. The complete letter "e" is visible at 40X and 100X, but not at 400X. \n\nThe field of view remains the same, but the image is magnified and only a portion of \n\nthe letter "e" is visible.
22677
The bubbles contain water steam. Steam is a transparent gas, the white mist you can see above chimneys isn't steam but recondensed water in fine droplets, just as in fog or clouds.
314648
The bubbles are the same color as the soap. They are mostly air though and there is so little "soap" in a bubble they always appear clear (or white when there is a bunch of them together.
150532
The bubbles are steam, or water vapor.  They are NOT from hydrogen and oxygen.
968024
Most microscopes for fluorescent techniques can also be used for regular optical viewing.  Just make sure that the exact model you get has both types of light sources that you require.
662627
Aeration of the liquid causes foam, but all liquids do not produce white foam. If you blow bubbles in white milk, and compare them to the bubbles that are produced when air is blown into chocolate milk, there is a tint difference. The foam that is produced on liquids just appears to be white, but there is a slight difference.
800450
It is possible that you are having floaters which are actually tiny clumps of gel or cells inside the vitreous, the clear jelly-like fluid that fills the inside of your eye.\nFloaters may look like specks, strands, webs or other shapes. Actually, what you are seeing are the shadows of floaters cast on the retina, the light-sensitive part of the eye.\nHowever, if you are seeing flashes of light, there may be something more serious occurring such as retinal detachment. I would go see your eye doctor immediately.
338178
http://inventors.about.com/od/mstartinventions/a/microscope.htm
462517
If there are bubbles of air then you will have less liquid than you are intending to have. Assuming you are calculating density via measurementof mass then the mass you get will be less than it should be for that volume of that liquid. As a result the calculated density will work out lower than it should do.
88021
Using a set of callipers if the droplet is large enough. If not then using an eyepeice micrometer and a microscope.
249282
Despite the air bubbles, mine seems to be pretty random.\n\nBut I'm curious, did you think that some answers are more common than others? I'll give mine a shake ask what it thinks is the most common answer...\n\nConcentrate and ask again.\n\nDamn!\n\nVery Doubtful.\n\nHmmmm...
540682
This gives a detailed explanation of how they work.\n\nhttp://en.wikipedia.org/wiki/Bubble_light
760826
Is it supposed to look like something specific, because all I see are a couple of blobs