8000 lb = 4 t(US)8000 lb = 4 t(US)8000 lb = 4 t(US)8000 lb = 4 t(US)8000 lb = 4 t(US)8000 lb = 4 t(US)
I am going to guess that you mean: Find t when (√(t + 12)) - t = 0. Then, √(t + 12) = t; t + 12 = t²; (squaring both sides) t² - t - 12 = 0; (t - 4)(t + 3) = 0; and t = 4 or -3. We'd best check both results, because we squared both sides at an earlier stage, which introduces an ambiguity and, probably, an extraneous answer: Our original equation is seen to hold, for t = 4: √(4 + 12)) - 4 = √16 - 4 = 4 - 4 = 0. However, it does not hold, for t = -3. √(-3 + 12)) + 3 = √9 + 3 = 3 + 3 = 6 ≠ 0. Thus, the answer is that t = 4.
8 t-8 = 4 t = 8+4 t = 12
16t(t + 4) is the factorization Usually it's set = to 0 16t (t+4) =0 So, either 16t = 0 or t + 4 = 0 t = 0 or t = -4
t=-4
4000
$279 at AT&T
if you mean T-3t+2t+4 (T and t is different variables):T-3t+2t+4=T-t+4if you mean t-3t+2t+4:t-3t+2t+4=4
200$ and up to 299 in more storage
9 = T+4Take 4 from both sides9(-4) = T(-4)5=T:)
0.3 teaspoons is equivalent to approximately 1.5 milliliters or 0.05 fluid ounces.
(t + 2)/3 + (t - 4)/6 (the common denominator 6) = [(t + 2)(2)]/(3)(2) + (t - 4)/6 = (2t + 4)/6 + (t - 4)/6 = (2t + 4 + t - 4)/6 = 3t/6 = t/2
No, and yes, sadly. Dumb AT&T are keeping it at 3G, unlike Verizon and T-Mobile. If you really want 4G on your iPhone, then get the Verizon iPhone 4. Much better.
8000 lb = 4 t(US)8000 lb = 4 t(US)8000 lb = 4 t(US)8000 lb = 4 t(US)8000 lb = 4 t(US)8000 lb = 4 t(US)
it takes about 4 to 5 min..
4 solve t
10 < or = to T/4 x4 x 4 cancels out just leaves T 40 < or = to T T < or = to 40