p2-2p = p(p-2) when factored
When (p = 3),2 p2 = 2 (3)2 = 2 (9) = 18 .(2p)2 = 4 p2 = 4 (3)2 = 4 (9) = 36
p + 3 + = -3
It equals 2p because p+p=2p.
2p+10 = 8p-14 2p-8p = -14-10 -6p = -24 p = 4
p2 - 2p + 2 can be factored as (p - 1)(p - 1)which can be written as ( p - 1)2.
p2-2p = p(p-2) when factored
p2 = 2p + 15 p2 - 2p - 15 = 0 (p - 5)*(p + 3) = 0 so p - 5 = 0 or p + 3 = 0 so p = 5 or p = -3
When (p = 3),2 p2 = 2 (3)2 = 2 (9) = 18 .(2p)2 = 4 p2 = 4 (3)2 = 4 (9) = 36
The quadratic cannot be factorised. Its roots are irrational.
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p + 3 + = -3
p2 + 2pq + q2 = 1q2 + 2pq + (p2 - 1) = 0q = 1/2 [ -2p plus or minus sqrt( 4p2 - 4p2 + 4 ) ]q = -1 - pq = 1 - p
It equals 2p because p+p=2p.
(2p)2 x (5p)3 = 22 x p2 x 53 x p3 = 4 x 125 x p5 = 500p5
-3+4p-2p=1 -3+2p=1 2p=4 p=2
8.6 * 5p * 4p = 24 so 172p2 = 24 p2 = 7.166... so that p = ± 2.677 approx