how could you whiegh a soap bubble ?
356166
If you have lots of time...\n\nweigh the soap bubble mix\n\nblow some bubbles - make sure you count them all.\n\nweigh the mix again.\n\nFind the weight that you used. (first weight minus second weight)\n\nDivide the weight of the mixture used by the number of bubbles.\n\nThat's the (average) weight of one bubble!\n\nAlternatively you could use a very accurate balance and catch a bubble on it.\n\n\nTo make nice bubble making liquid...\n\n1 General purpose formula: \n2/3 cup dishwashing detergent \n1 gallon water \n2 to 3 tablespoons of glycerin \n\nAnother general purpose formula: \n100 g sugar \n2 to 3 tablespoons salt \n1.4 L water (distilled water is better) \n150 ml dish washing detergent \n12 ml glycerin \n\nYet another general purpose formula: \n1 part of washing-up detergent \n2 parts of glycerin \n3 parts of water \n\nFor long living bubbles: \n1/3 cup commercial bubble solution \n1/3 cup water \n1/3 cup glycerin \n\nFor no-tears soap bubbles: \n60 ml baby shampoo \n200 ml water \n3 tablespoons corn syrup\n\n\n++++++++++++++++++++++++++++++++\n\nI eventually found the answer.... 1.3 mg \n\n++++++++++++++++++++++++++++++++\n\n(see the second link)
152931
Job sites.\n\nI've never used them but I read about a man who needed a chemist to help him develop colored bubbles that do not stain. Everyone was telling him it could not be done but he found a chemist that said it was possible on one of those monster.com type sites. Good luck!
248675
There are instructions here:\nhttp://www.soapcrafters.com/recipes_shampoo.htm\nhttp://www.craftbits.com/viewProject.do?projectID=133\nhttp://www.aromaticsandmore.com/formulas/making_shampoo.html
719370
Bubble bath (lavender / jasmine)!!!!!
620099
A bubble is a liquid with AIR inside. Liquid has SURFACE tension, which is EQUAL on all sides of the bubble, therefore it forces itself into a spherical shape.
427529
The air in the bubble is enclosed by the smallest possible surface area -- a sphere.
1013125
im assuming you mean bubbles in a drink, not soap bubbles in the air,.\n\nthese are affected by drag and hydrostatic forces.\n\nas the bubble (which has a flexible form) moves upwards through the water, the outer skin of the bubble interacts with the water. this drag causes the bubble to be slightly pulled in one way or another. this slightly deforms the bubble, and this causes its direction to change.
683604
1. water\n2. food coloring\n3. vinigure or sodium (for bubbling)\nsorry if this doesnt work\nhavnt done it in a long time
1117364
WEll... I was going to go to the trouble of giving you a real answer.   But since I see its already been answered I'll just say... \n\nDo it by trial... pour one milk jug of water into it at a time.\n\nYou could use milk too but that would be expensive and smell horrible
218503
gawulp.  Smell the bubbles after you pop them.
985052
Tap water.\nSoap breaks down the surface tension.
253045
Water often contains a great deal of suspended air - but it is not visable as they are very small.  When you shake the water, the little bubbles start bumping into each other, and if they are big enough, you will see them.  If they are big enough to see, they will float to the top and pop!\n\nIf you have an aerator on your kitchen sink you can get lots of bubbles from shaking water.  Water that has sat in a bottle undisturbed for a while has most of its bubbles gone.
164977
If you take seven pennies and lay them out flat, then bunch them up, you will see that with one penny at the center, exactly six pennies will fit around it.  In the case of bubbles, if you have several bubbles of the same size, they will natural fall into a position that allows them to fit most tightly together.  Bubbles on top layers will either pop or fall into gaps, and this will continue until the tightest packing is acheived.  For round bubbles, this will be the sort I described.  Put a whole bunch of pennies flat on the counter, and pack them as near together as possible without over-lapping--you'll eventually find that every penny (except those on the edge) is touching six other pennies.\n\nNow with bubbles, the sides of each bubble will merge with that of those it touches in order to reduce surface tension (a thermodynamically unfavorable association between different phases, like water and air in this case).  That merging means that while each bubble will be touching six others, the sides will all be flat.  Now each of your bubbles represents a packed hexagonal structure.
206534
If you are willing to do it, buy some ginger root cut it up and smash it with a heavy pan, tie it up in cheese cloth or a clean rag. Put it in a pot of water and let it heat up, just when you see bubbles form like its about to boil turn the stove off, you don't want it to boil. Then take two clean rags leave one dry and dip the other into the water. Place the hot rag over the dry one so you can still feel the heat from the rag but not on your naked skin.Keep doing that till you get relief
404402
It is possible, yes. You will probably not get struck by lightning, especially if you do it in a city (it would be quite a site!), since there are always higher targets for lightning to strike. Soap may not be able to create foam though, there would be acid rain after all...
641728
see how much weight each surface can hold up. I know u can keep a needle afloat in a cup of water. Although the experiment would depend on what kind of paper and how damp it was.
25876
Relatively large soap bubbles have been maintained for tens of years by protecting them under glass such as a bell jar from wind currents and dust.  The secret is to use very pure water and soap to form the bubble's soap film.  For example salt added to the soap will interupt the bonds between soap molecules of the film and cause it to pop.  Therefore temperature should have little effect on a good soap film kept near room temperature.  Freezing the bubble may destroy it.  However for bubbles containing impurities like salt, a warm temperature may promote drying of the bubble allowing the impurity to pop the bubble sooner.  The initial soap film may be many layers thick but with time will thin down to a single layer much as a pile of window screens could be reduced to a single screen.  When the film is thinnest it is most prone to rupture if impurities are present.