In your case, the answer to the question is: Go back to the beginning of the unit
on factoring quadratic expressions, and keep up with the homework this time.
The factored form of (p2 + 8p + 16) is (p + 4)2 .
8p+5 = 11+7p= 8p-7p = 11-5p = 6
algebra8p +4 = 10 +6p+8p - 6p = +10 - 42p = 6p = 3
8p - 3 = 13 add 3 to both sides 8p = 16 divide by 8 to both sides p = 2
==>-3p+7=5-8p+6 ==>5p+7=11 ==>5p=4 ==>p=4/5
8p+2=4p-10 8p-4p=-2-10 4p=-12 p=-12/4 =-3
(4p - 1)(3q - 2)
8p+5 = 11+7p= 8p-7p = 11-5p = 6
-8p + 3 = -29 8p - 3 = 29 8p = 29 + 3 8p = 32 p = 32/8 p = 4
20p
8p+4=6p+10 8p-6p=2p 10+4=14 2p=14 p=7
There is no equation (nor inequality in the question and so there is nothing to solve.The expression can be simplified to 4p - 16 which can be factorised to 4*(p - 4). That is as far as you can go.
-8 = -8p + 4Add 8p to each side:8p - 8 = 4Add 8 to each side:8p = 12Divide each side by 8:p = 1.5
algebra8p +4 = 10 +6p+8p - 6p = +10 - 42p = 6p = 3
2p+10 = 8p-14 2p-8p = -14-10 -6p = -24 p = 4
Just p.
23p = 2*2*2*p=4*2*p= 8p
8p - 3 = 13 add 3 to both sides 8p = 16 divide by 8 to both sides p = 2