How can i prove Concaled Carry WORKS?
150769
I talked to a secret service agent once, he told a group of us that he was getting wolfpacked.  He drew his weapon and the group dispersed.  Also try http://packing.org
847480
Q = m * Cp * DeltaT.\n\nPlug the numbers in.  Get Cp from your book.
691296
use that at equilibrium : n.p = ni^2\nand from charge neutrality: \n\nn + NA = p + ND
547772
yes \nit is good one/almost all [38];s are good and reliable.\n when was the last time you shot it? did you zero it in?.\n     if so you have a good weapon and if i were you i would keep it.
186663
Y. \n\nC A R R Y = Carry.
968857
just work backwards to find out the logic in it. That way you'll get why it works that way it did
279909
If you are looking for information on handloading, check out www.handloads.com\n\nThis site probably contains more information than you would ever want.
172953
step 1: You put 3 coins on one side and 3 on the other. If one side is heavier than the other, take the three heavier coins and continue to step two. If the two sides weigh the same, then take the 3 coins you did not weigh and continue to step 2.\n\nStep 2: You now have 3 coins left. Put one coin on each side of the scale. If one side is heavier, then that is the heavy coin. If they are balanced, then the one you did not weigh is the heavy coin.
491741
you arguments are good, however i swear that proving FLT isn't so easy . the best will that you yourself prove FLT in a single page checking out every arguments.\nafter all it took 350 yrs to find a proof !!\nkeep on trying ,good luck.
823238
I wont give you the entire proof, just give you the key arguments.\n\nknowing the joint distibution of (X, Y) allows to compute the marginal densities of X and Y.\nIndeed, let f_X be the marginal density of X, then:\n\nf_X(x) = &#92;int f(x, y) d_y\n\nf_Y(y) = &#92;int f(x, y) d_x\n\nNow, you might compute E(Y| X = x) = &#92;int y f_{Y|x} (y) d_y\n\nwhere f_{Y| x} is the conditionnal density of Y knowing the event X = x\n\nrecall that f_{Y| x}  = f(x, y) / f_X(x), and you just have to compute the resulting integrals\n\nregards,\n\njfp
108416
none if they are false
1069671
yep...scalars multiply vectors component by component just like you have shown.  you can also show it by plotting out the original vectors, scaling them appropriately, adding them, and finding the resukltant components.
817465
You know three of the four things needed. Try C1V1=C2V2, or an equality.\n\n                          m/ml=m/x
178559
Yep.  Just make sure you use the correct primitive cell (not necessarily unit...) and it'll behave.
802170
As another poster stated, laws vary from state to state.  For the most part, it seems that if your pocket knife falls under 4 inches, you're not in jeopardy of any conceal carry law.  However, if the knife is a switchblade or a double edged knife, different circumstances apply.  \n\nI recall entering my local courthouse and had a pocket knife on me.  I just checked it with the guard and he gave me a claim ticket for it.  Once I'd finished my business in the courthouse, my knife was returned to me.  \n\nIf it is a big issue for you, you could always check with your local authorities.
417936
Three and a half inch blade. Yes it does apply even if the knife is carried closed. The blade must be equal to three and a half inches or under.
745277
First of all your a dumb#ss for letting him borrow it.  But second of all... they will not be able to trace the bullets back to you.  Because even though those bullets may have lands and grooves and striations made by your gun that can be matched 100% to the barrel and firing pin of your weapon, they would need your gun to match the bullets to make a match.  Your gun would have to be recovered at a crime or reported stolen and recovered in order to be run through IBIS or some similar database at a crime lab.  Unless they go and take all the .38 smith and wessons and test them which isn't going to happen.  But if you do hear something about a crime he commited I'd go to the cops anyways to clear your conscience.