prime
Yes; the factored form would be (9c+4)(9c+4) or just (9c+4)2 Since the two factors are the same, the beginning trinomial 81c2+72c+16 is a perfect square trinomial
yes, (7x - 4)2
(x - 14)(x - 2)
x + 4
There are infinitely many ways to continue the pattern but I am not sure any of them actually finishes it. The simplest, linear rule is Un = 28 - 4*n for n = 1, 2, 3, ... but that does not "finish" it since it goes on forever. Or, you could fit the cubic: Un = (8x3 - 48x2 + 76x + 36)/3 for n = 1, 2, 3, ... but that also does not "finish" it.
24x2
A polynomial with three terms is called a trinomial. Example: x² + 16 + 18 is a trinomial. It has three terms (x²), (16), and (18)
48 x 2 = 96
prime
True
Yes; the factored form would be (9c+4)(9c+4) or just (9c+4)2 Since the two factors are the same, the beginning trinomial 81c2+72c+16 is a perfect square trinomial
It is; (2x+4)^2.
The GCF is 24x2
yes, (7x - 4)2
(x - 14)(x - 2)
x + 4