change the subject of the formula to the variable indicated?
929836
v = b - u/k\nv - b = u/k\nk(v-b) = u
497318
Change \n <td> </td>\ninto\n <td>   </td>
798357
Formula for what?\nIn other words what is the subject or what is the problem?\nbelow are a few possibilities.
636777
=(cell number+cell number) \nYou just have to click on the cell that has what you want added, subtracted or multiplied. Simple, really. And you can use more cells than that. Have fun.\nAnother formula might be \n=A(cell number+cell number)
1070066
R[1]C[1] - style references make my head hurt, but I will point out that there are plenty of ways you can use a variable to manipulate formulas. Here's one that would put formulas in 100 rows in column 1, referencing cells on row 1, columns 2 thru 101 (apologies in advance if the wordwrap goes wonky):\n\n    Dim plCounter As Long\n    For plCounter = 1 To 100\n        Worksheets("Sheet1").Cells( plCounter , 1).Formula = "=Sheet1!R[" & (-plCounter + 1) & "]C[" & plCounter & "]"\n    Next
751597
there is a very simple formula to do this
1154622
a variable quantity that can be resolved into components
297119
Chemisty, A Formula For Answers
920396
Now that you have the variables switched, you're supposed to solve for 'y' (where you have an equation that reads y=...), and that should give you the inverse of the original equation
920579
use synthetic  divsion method \ni think this link would help\nhttp://www.purplemath.com/modules/synthdiv.htm
547629
assuming u is an unknown variable y=0
790642
Your would make your teacher much happier, were you able to handle simple rearrangement of terms in an equation.  You can easily do it by pattern recognition; that 's all that mathematics is.\n\n(a) Start from  V=(P+w^2) / L\n\nThen LV = P + w^2\n\nSo w^2 = LV - P, i.e. w = (LV - P)^(1/2)  \n\n(b) Gee! There IS no G in your formula!  So it's either irrelevant or you made a transcription error.  \n\nIn any case, substituting the given values, the G-less w = (2x8 - 10)^(1/2) = 6^(1/2), or sqrt(6).  \n\nIf you WERE given a G in the original formula, trace its effect for yourself and evaluate the consequence appropriately.\n\nLive long and prosper.
714041
10x+4y+4\n\nor can be written as y= -2.5x-1
85088
U must have given the name of the variable in the "  ".\nGive it outside double quotes.
501191
There is a formula...but this is much easier\n\nhttp://www.onlineconversion.com/temperature.htm
974937
please complete the equation
750008
Yes it is correct.\n\nYou can always move a term from one side of the equation to the other side of the equation as long as you change its sign. This is called transposition.