Q: What is an expression for t divided by 2 - 4?

Write your answer...

Submit

Related questions

Two different word phrases for the expression t divided by 30 can be said to be t/30.

It is: t/82

The answer would be the sum of (t) plus (w) divided by 2: (t + w) /2

T divided by 30 30 times another number equals T

vd/t in science means velocity (speed) multiplied by distance traveled divided by time taken.

no it equals 20, yes it equals 2 you illiterate piece of sh*t

d

(4t2 - 16)/8 ÷ (t - 2)/6 = [4(t2 - 4)/8] x 6/(t - 2) = (t2 - 22)/2 x 6/(t - 2) = (6/2)[(t + 2)(t - 2)/(t - 2)] = 3(t + 2) = 3t + 6

g(t) = 2/tThe function is the same as writing g(t) = 2 t-1,and that's not too difficult to differentiate:g'(t) = -2 t-2g'(1/2) = -2 (1/2)-2 = -2 (4) = -8

1.3333

how can we convert algebraic expression into QBASIC a square + b square i = pTR/100 2xy mx+c a=r square a+b

4

(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

The incenter is the intersection of the interior angle bisectors.

"4-t3(t-1)-5" is an expression. It is neither an equation nor an inequality and so there can be no solution.

t(n) = n2 - 2n + 4

Which expression is equivalent to cot t sec t

Since both the numerator and the denominator approach zero, the conditions for de l'Hospital's rule are fulfilled. Take the derivate of both the numerator and the denominator, and take the limit of the new fraction: lim (t2-2)/(t-4) = lim 2t / 1 = 8 / 1 = 8.

first, you have to divide. Then, you have to add X to what you got when you divided. After that, you shove it up your butt and cry

0.0122

You can take a 5s2t out of all of that, leaving yourself with 3s4t3 + 19s3t2 + 7s2t4 - 7

CD183 and CD 184 are 2 chemokine receptors and their expression on T cells is normal. But expressed on tumor cells, they are associated with metastasis. I hope this helped, Feanor

27 divided t 9 = 3

It is an expression. There is nothing much you can do with an expression by itself.

1508.5

Study guides