(t + 1)(2t - 3)
For "6t - (2t2)", it is not reducible. For "(6t - 2t2)", it is 16t2
2t - 12 - 3t = 60 -1t - 12 = 60 -1t -12 +12 = 60 + 12 -1t = 72 t = -72
-t + 9 = t + 5(if it helps, you can pretend there is a 1 in front of each t)-1t + 9 = 1t + 5Add 1t to both sides-1t + 1t + 9 = 1t + 1t + 5(Keep the variable on the left of the equals sign lessens confusion, so let's flip the terms)9 = 2t + 52t + 5 = 9Subtract 5 from both sides2t + 5 - 5 = 9 - 5Divide both sides by 22/2t = 4/2t = 2
If that's + 7t, the answer is (3t + 5)(2t - 1) If that's - 7t, the answer is (3t - 5)(2t + 1)
6t2-13t-63 = (3t+7)(2t-9) when factored.
That doesn't factor neatly. Applying the quadratic equation, we find two real solutions: (19 plus or minus the square root of 1441) divided by 2t = 28.480252896102307t = -9.480252896102307
2t
It's a simple problem in long division and the answer is 2t + 1
t+t=2tand t*t= t squaredyou would only get t squared if you multiplied
75+2t=100-2t 4t=25 t=6.25 So t is 6.25 or 25/4.
T is table spoon
There are 2 coins, 1 and 2. Each has two possibilities, H or T. The possibilities are: 1H, 2H 1H, 2T 1T, 2H 1T, 2T Each possibility has an equal chance of happening. The chance of tossing at least one head is 3/4.