x+2Let G(x) =x²-x-6a. Make a table of the values of G at the points x = - 1.9, – 1.99, – 1.999, and so on. Then estimate lim G(x).x→-2What estimate do you arrive at if you evaluate G at x = - 2.1, - 2.01, -2.001, ... instead?b. Support your conclusion in part (a) by graphing G and using Zoom and Trace to estimate y-values on the graph asX→- 2.c. Find lim G(x) algebraically.X- 2a. Calculate g(x) for each value of x in the following table.- 1.9- 1.99- 1.999-1.9999-1.99999-1.999999|G(x)(Round to six decimal places as needed.)Estimate lim G(x) based on the table.X- 2lim G(x)=x→-2(Round to six decimal places as needed.)What estimate do you arrive at if you evaluate G at x = - 2.1, - 2.01, - 2.001, ... instead?Click to select your answer(s). x+ 2Let G(x) =%3Dx -x-6a. Make a table of the values of G at the points x = - 1.9, – 1.99, - 1.999, and so on. Then estimate lim G(x).x→-2What estimate do you arrive at if you evaluate G at x= - 2.1, - 2.01, - 2.001, ... instead?b. Support your conclusion in part (a) by graphing G and using Zoom and Trace to estimate y-values on the graph asX→- 2.c. Find lim G(x) algebraically.X→-2b. Graph g near c= - 2. Choose the correct graph below.O A.ов.Oc.O D.[- 10, - 0,0.5] by[-1,1,0.1][- 10,0,0.5] by [-1,1,0.1][- 10,0,0.5] by [-1,1,0.1][-10, - 0,0.5] by[-1,1,0.1]Does this support your conclusion in part (a)? Select the correct choice below and, if necessary, fill in the answerbox(es) to complete your choice.(Round to civ decimal nlaces as needed ).Click to select your answer(s).

Name: x+2Let G(x) =x²-x-6a. Make a table of the values of G at the points x
Uploaded: 2024-03-20T06:38:58.000Z
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Description: x+2Let G(x) =x²-x-6a. Make a table of the values of G at the points x = - 1.9, – 1.99, – 1.999, and so on. Then estimate lim G(x).x→-2What estimate do you arrive at if you evaluate G at x = - 2.1, - 2.01, -2.001, ... instead?b. Support your conclusi