Find the absolute extrema of f(x) = e^{x^2+2x}f ( x ) = e x 2 + 2 x on the interval [-2,2][ − 2 , 2 ] first and then use the comparison property to find the lower and upper bounds for i = \displaystyle \int_{-2}^{2} f(x) \, dxi = ∫ − 2 2 f ( x ) d x.

Rewrite 9 log, x2 in a form that does not use exponents. 9log, x = log, x

The dance committee of pine bluff middle school earns $72 from a bake sale and will earn $4 for each ticket they sell to the spring fling dance. the dance will cost $400 write an inequality to determine the number, t of tickets the committee could sell to have money left over after they pay for this year's dance. what is the solution set of the inequality?

If ∠q = 44°, then m = 44°. true false