The original directions said something about boiling water,then scrubbing,then boiling oil,then scrubbing.....
212516
it's real easy.  You wash it in hot soap and mild water.  Rinse.  Put on medium heat.  Rub vegtable oil on the wok with a clean paper towel.  Then wipe with a clean paper town.  Heat wok wfor a few minutes, then cool.  Don't wash your wok afterwards, just rinse and clean with plastic pads, then reseason.  w00t!
102091
you could use hot water and soap to clean your bike
23456
Use water, or dip your finger in some of the wax and drip it ontop of the wick.
540230
Ether has a higher saturated vapor pressure than water. Thus the former boils at a lower temperature than the latter.
673531
I would suggest reading the directions on the pamphlet that comes in the box.
554220
Well, write the process...in great detail. That's pretty much it. And also do as the first person(?) said....Read some lemons to get an idea.
489406
Thank you.  I am saving your instructions in case I have that problem.  Very easy to read and to follow.  I know you have helped a lot of people.\n\nHappy surfing.
65887
I suspect you used Naphtha, a volatile liquid used for cleaning items and removing oil and grease. This is a relatively safe chemical with the exception of its high volatility and flammability. However, anything is possible and if you have doubt or issues, I suggest you see a medical professional.
385138
I use warm water. It feels better.
29599
There are lots of recipes here. Most of them don't require cooking. \n\nMy tip is to go easy on the salt: it's nasty on the skin. :)
630144
all you need is a glass container water and some cooking oil, mix them and let it settle and you will see the result you want.
602768
I know some one that did it, its a nasty process to go threw but he said it worked and didn't kill him.  I would suggest you get all organic products, and make sure you use grade B syrup, the kind you put on pancakes wont work.  pick up the original book about this, I believe its called "the master cleanser or something like that, I have it at home, at work now.
117199
When I was a little girl I used to get boils often. My mother would get a washcloth and soak it in very hot water then cover the boil. She would do that several times. That seemed to make it go away. It would shrink under the heat.
462608
Try some soap and water, (dawn dish washing liquid) cuts the grease. Good luck and God bless
264363
Okay, I'll try this one -\n\nRun this experiment twice (or more times), each time with a piece of metal having different density.  The metal piece should be of adequate size (a sewing needle isn't going to do it), it needs to be big enough to significantly affect the temperature of the water.  You will need to know the mass of the metal (i.e., weigh it) and have a thermometer capable of reading from room temperature up through boiling or so.  Please note this is not going to give you a highly accurate answer, but can give you a ballpark idea (I'm guessing you're probably not doing this in a 500 million dollar lab).\n\nThe procedure:\n\n1)  Measure and record room temperature as T1.\n\n2)  Weigh the metal, call it M1.\n\n3)  Bring a known quantity of water (weigh it, or measure it and convert to weight, call it M2) to a temperature just short of boiling (say 180F to 200F, use the same temperature for each run of this experiment).  Record the temperature as T2, and remove the heat source (take it off the burner, etc.).\n\n4)  Drop in a metal piece at room temperature.  Allow a couple of minutes for heat to exchange.  Make sure you use \nthe same amount of time for each run of this experiment.\n\n5)  Measure and record the new temperature of the water as T3.\n\n6)  Repeat with your other metal samples.\n\nYou can now estimate the specific heat capacity for each metal.  It will not be super-accurate (heat escapes your system, and temperatures won't have completely equalized), but should give you some idea.  Just assume all temperatures did equalize and that no heat escaped for calculational purposes.\n\nSince (you are assuming) the heat which left the water went into the metal, then the product of mass, specific heat capacity, and temperature change should be the same for both the metal and the water (but in opposite directions).\n\nThis means that:\n\n(M1)(c1)(T3-T1) = (M2)(cw)(T2-T3)\n\nwhere c1 is the specific heat capacity of the metal, and cw is the specific heat capacity of water (look it up on Google to get the units you need).\n\nSolving this, you get:\n\n......(M2)(cw)(T2-T3)\nc1 = -----------------\n........(M1)(T3-T1)\n\n(sorry about the dots, I'm trying to keep everything aligned)\n\nRepeat the calculations for each of the metals.\n\nYou will need to calculate (or look up) the densities of each of the metals.  Then, graph density vs. the specific heat capacities you calculated, and see if your hypothesis is true.\n\nHave fun!
625445
Pour each into a separate container and heat them both up to 100 degrees Celcius.  The one that boils is water.
457907
when all else fails, read the directions ... over and over and over and over, again and again and again