(1 point) Answer the questions based on the graph of y = f(x) shown above. If...
(1 point) Let F be the function below. having a hard time seeing the picture clearly, click on the picture. It will expand to a larger picture on If you are own page so that you can inspect it more clearly. Evaluate each of the following expressions. Note: Enter 'DNE' if the limit does not exist or is not defined. mathmusings.org a) lim F(x) = -2 x-1 b) lim F(x) =-2 c) lim F(x) =-2 x-1 d) F(-1)-1 10 e)...
Let F be the function below. If you are having a hard time seeing the picture clearly, click on the picture. It will expand to a larger picture on its own page so that inspect it more clearly. you can Evaluate each of the following expressions. Note: Enter 'DNE' if the limit does not exist or is not defined. a) lim F(x) = lim F(x) = lim F(x) = F(-1) = 2-1 2-1+ 2-1 b) lim F(x) = lim F(x)...
(1 point) Shown below is the graph of y- f'(x), NOT the graph of y-f(x). (Click on the picture for a better view.) From the information in this graph we can conclude that a good approximation to f(-5.04)- f(-5) is 0.08 Shown below is the graph of a different function, y - g(x). (Click on the picture for a better view.) Indicate the labeled point at which g(x) changes sign: a g'(x) changes sign: d g"(x) changes sign: c (1...
(1 point) Consider the graph of the function f(x) shown below. (Click on the graph for a larger version) A. Estimate the integral B. If F is an antiderivative of the same function f and F(0) -50, estimate F(7): We were unable to transcribe this image (1 point) Consider the graph of the function f(x) shown below. (Click on the graph for a larger version) A. Estimate the integral B. If F is an antiderivative of the same function f...
33. If the graph of the function y = f(x) is shown above, which of the fol- lowing functions could be the graph of y = f(x + 1) - 2?
(1 point) 23.1 12,1 64.9 A graph of f is shown above. The numbers shown represent the geometric area of each region. Evaluate the following definite integrals. a) f(x) dx = / so b) f(x) dx = f(x) dx = of -- -6f(x) dx = Screenshot
-1 -4 Problem 2. (1 point) Remaining time: 59:05 (min:sec) The graph below shows the derivative of the function f(x) on the interval x E-4,0]. You can click on the graph to see larger version. a) Given the single f(x) value already shown in the table, complete the entries for the rest of the table. x 4 3 2 0 f(x)-4 b) On your written sheet, use the values you found in part (a) to sketch the graph of the...
-1 -4 Problem 2. (1 point) Remaining time: 59:05 (min:sec) The graph below shows the derivative of the function f(x) on the interval x E-4,0]. You can click on the graph to see larger version. a) Given the single f(x) value already shown in the table, complete the entries for the rest of the table. x 4 3 2 0 f(x)-4 b) On your written sheet, use the values you found in part (a) to sketch the graph of the...
(1 point) Given the graph of y -f(x) below, answer all of the following questions. 16 10 10 (a) Determine f(-5): (b) Determine f(-10) (c) Domain: (d) Range
(1 point) The given graph of the derivative f' of a function f is shown. Assuming the graphs continue in the same way as x goes to infinity and negative infinity, answer the following questions. 1. On what intervals is f increasing? Answer (in interval notation): [-3.2,-1]U[2.5,Inf) 2. On what intervals is f decreasing? Answer (in interval notation): (-Inf,-3.2]U[-1,2.5] Note: You can click on the graph to enlarge the image.