6t
12t(t2-4) 12t(t-2)(t+2)
(t - 15)(t + 3)
GCF(48t, 60st) = 12t.
Divide all terms by -1: 5t2-12t-9 = 0 (5t+3)(3t-3) = 0 Therefore: t = -3/5 and t = 3 Use the quadratic equation formula.
If you mean 20t^2 -12t then it is 4t(5t -3) when factored
If you mean: 9t^2 +12t +4 then it is (3t+2)(3t+2) when factored
assuming that you meant (360t + 10t3- 120t2 )then you can factor both 10 and T out of all three because it's a common factor10t(36+t2-12t), this is because if I was to times everything inside the bracket by 10t then I would have the original equation we started with.This can also be factored even more.(10t)(t-6)(t-6) because (t-6) X (t-6) is the same as (t2-12t+36)Thus the final factored form is (10t)(t-6)(t-6)
That doesn't factor neatly. Applying the quadratic formula, we find two imaginary solutions: (-7 plus or minus i times the square root of 23) divided by -3x = 2.3333333333333335 + -1.5986105077709063ix = 2.3333333333333335 - -1.5986105077709063iwhere i is the square root of negative 1
7s plus 8t plus 10s plus 12t can be simplified to 17s plus 20t.
-12t+4
Oh, dude, 3x4t is just 12t. Like, you just multiply 3 and 4 to get 12, and then you tack on that "t" at the end because it's hanging out there, lonely and wanting to be part of the math party. So, yeah, 12t is the answer.