if x + y = w, then x = w - y
x - y = w Add y to both sides: x = w + y
Suppose a = w*10x and b = y*10z are the two numbers is standard form. Then the mantissae, w and y, belong to the interval [1, 10), and x and z are integers.a/b = (w*10x)/(y*10z) = (w/y)*10x-zIf w≥y thenw/y lies in the interval [1, 10), and the above is the answer to the division.If w
If you mean the equation w=xyz, it is a fourth dimensional shape which is a straight line in the planes of xw, yw and zw, a quadratic in the planes w,x=y w,x=z and w,y=z. It also has a monumental saddle point at x=0..... If you mean what are x y and z on a graph, they are just three mutually perpendicular directions. x might be the length of your box, y its width and z its height for example. You can't draw a graph of 3 dimensions on a piece of paper however.
As Y and W are not numbers, you can not divide one by the other.
If you mean: m +Y = w then the value of m = w -Y
W = what d = do y = you w = want t = to t = talk a = about
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W goes into Y: y ÷ W = Y/W times.
(W)hat (Y)ou (W)anna (T)alk (A)bout
W goes into Y: y ÷ W = Y/W times.
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if x + y = w, then x = w - y
w=x-y w+y=x
Writing W/Y, as a decimal requires information about W and Y.
x - y = w Add y to both sides: x = w + y
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