To solve this you must first factor the denominator into (2x+1)(2x-1) and see then that there are two variable A, and B that you need to solve for when making the partials.
From this you get the equation:
(4x2 - 14x + 2)/(4x2 - 1) = A/(2x+1) + B/(2x-1)
Let's get rid of the denominator on the right:
4x2 - 14x + 2 = A(2x-1) + B(2x+1)
now we need to plug in values for x such that either A or B is canceled out. Obviously, A is canceled out at x=1/2 and B is canceled out at x=-1/2
Solving the equations when plugging in x we get:
A=-5 and B = 2, so your final answer is:
(4x2 - 14x + 2)/(4x2 - 1) = -5/(2x+1) + 2/(2x-1)
230 divided by 500 showing your work = 0.46
a percent is a fraction out of 100 but instead of showing /100, you see %
0.016
0.0093
53
230 divided by 500 showing your work = 0.46
It's a banana cut in to fractions, THE banana fraction is banana land's special banana with lines on it showing fractions.
a percent is a fraction out of 100 but instead of showing /100, you see %
37.3333
7.1429
0.014
0.0476
0.6
166
9.4929
0.016
0.0093