how do you do this problem?
82059
you gotta F.O.I.L. it- first, outers, inners, lasts!!!
549653
Subtract 2x from each side\n-y = 0 - 2x\nMultiply each side by -1\ny = 2x
43253
Depending on what you need to solve, you need two angles and a side, or two sides and an angle. Hit me with an E-Mail if you are stuck with something.\n\nkeptcompany@yahoo.com
964702
Your answer is 5.  But why aren't you trying to solve it yourself?'
836789
All this problems are solved using the equation:\n\nHeat = M * Cp * DeltaT\n\nPlug the numbers, check wich one is OK.  Oh, and watch the units.
759555
First of all try to give a correct version of the problem before you want to get it solved
274179
sounds like a homework problem!
929849
solve three body problems
796133
Try this. It's a tutorial on how to do one (below).
934652
So let's say the problem looks like this\n\n   11\nx 12\n--------\n        <-----the answer from 11*2\n       <------answer from 11*1\n\nfirst hide the 1 from the 12 and work out the problem as 11*2\nthen work on multiplying the 1 with 11 but make sure you start putting your answer down below your first answer and the answer starts in the column that is below the 1 from the 12.\n\nfinally when the two answers are found, you can add them and get your final answer. SOOO here's what it looks like\n\n      11\n   x  12\n--------------\n           22    (this is from 11x2)\n +  11       (this is from 11 x1)\n------------\n     132 = final answer!
920579
use synthetic  divsion method \ni think this link would help\nhttp://www.purplemath.com/modules/synthdiv.htm
703752
simply subtract 7 from both sides. This leave you with\n\nx<_3
1132678
Directions how to do this can be found in the text book.\n\nDo your own homework!
1094108
Use a calculator and raise it to the 1/3 power.\nDon't try to do it by hand...
991053
Substitute or plug in the value for x an solve the problem using PEMDAS\n\nParentheses\nExponents\nMultiplication&\nDivision\nAddition&\nSubtraction
603804
apply formula for it\nits easy
1096678
To solve a problem involving radicals, the first step is to ISOLATE the radical, i.e., get it on one side of the equation all by itself.  (If you have more than one, then you choose one to start out isolating).  \n\nAfter doing this, raise both sides of the equation to the appropriate power to remove the radical.  For example for a square root, you raise both sides to the second power.  For a sixteenth root, you raise both sides to the 16th power.  make sure you properly distribute everything at this step, since this is where most mistakes occur.  If there were more than one radical in the equation, you will more than likely have to do an amount of distributing using the FOIL method or other method of choice.  \n\nThis process removes the radicand from the isolated term.  If you have further radicals in the equation, choose one to isolate and repeat the process.  \n\nGood luck!\n\nAngel