Find the vertical asymptotes of the given function. (Let n represent an arbitrary integer.) y = 2 sec (πx/2)

Which interval describes the approximate interval where the function f(x)=5x¹-28x³-18x² +244x-500 is increasing? For your reference, you are given a viewing window and the graph of f(x) pro- duced on the TI-84 Plus graphing calculator below. NORMAL FLOAT AUTO REAL RADIAN MP WINDOW Xmin=-6 Xmax=6 Xsc1=1 Ymin=-1090 Ymax=1999 Ysc1=100 Xres=1 AX=0.045454545454545 TraceStep=0.090909090909... A B x € (-1.61, 1.97) U (3.84, ∞) D x € (-3.22, 5.12) с x€(−x, −3.22)U(5.12, c) x€(−x,−1.61)U(1.97,3.84) NORMAL FLOAT AUTO REAL RADIAN MP 0 #

Consider the function f(x)=2(x−2)2+5f(x)=2(x-2)^2+5 .  {For each part, if there are multiple answers, separate them with a comma.  If there is no real answer, input DNE.  If necessary, you may round to 2 decimal places.}   State the vertex of the graph of the function.  ___________  State the y-intercept(s) of the graph of the function. ______________ State the x-intercept(s) of the graph of the function. ______________   graph the function with 2 points: ___________________

Which statement describes all the horizontal asymptotes of the function? f(x) = 2× +5. 3 y = 0 O x= -3 O x= 0 O y= -3