Use the table to find lim f(2) X 13 13.9 13.99 14 14.01 14.1 15 f(x) 7 8.8 8.99 9 9.02 9.1 12 lim f(x) = c +14 f(0) = sin(8x) 7 6 0.5 -0.25 0.25 05 Estimate the limit numerically or state that the limit does not exist (DNE): sin(8z) lim The graph below is the function /(x) Determine the following values. Enter "ONE" if a value does not exist, enter "on" (lower case "o') if the limit approaches positive Infinity, or "-oo" if the limit approaches negative infinity lim f(3) = lin /(@) = 1-+-3 lim /(=) = I+-3 f(-3) = Suppose f(@) = 7r + 8' Evaluate: lim f(x) = Question Help: @ Video B Written Example D Post to forumSuppose that / (z) = = + 32 - 18 x'+x-12 . Compute each the following limits. Use exact values. 1. lim /(2) = 2. lim /(x) = 3. lim /(z) - 4, lim f(=) - 5. lim f(z) - 6, lim f(=) - 7. lim f(x) I-4-6 8. lim (z) = 9. lim /(x) - 10, lim f(=) = 11, lim f(z) = 12, lim f(=) = 13, lim f(z) - I+-4 14. lim /(@) - The graph below is the function f(x) Q2 2 3 4 5 Find lim f(x) = Find lim f(@) = Find lim f(*) = Find f (-1) =The graph below is the function f(x) 1-4 -3 -2 -1, 2 3 4 Find lim f(x) Find lim f(x) Find lim f(x) Find f(2) Let f(x) = 10 -x - ' if 1 54 (2x - 1 if x > 4 Calculate the following limits. Enter "DNE" if the limit does not exist. lim f(x) = lim f(x) = lim f(*) = The graph below is the function f(x) 5 -4 -3 -2 1 2 Find the following. If no value exists, enter DNE. lim f(@) = lim f(@) = lim f(x) = T-+3 f (3) =The graph below is the function f(@). Click the magnifying glass in the lower right comer of the graph if you want to see it zoomed-in. 2 Find lim f(@) = Find lim f(x) Find lim f(2)- Find / (?) = Use the table to find lim f(@). -+5 4 4.9 4.99 4.999 5 5.001 5.01 5.1 f(x) 9 10.8 10.99 10.999 7 11.001 11.02 11.1 14 lim f(E) = 24+5