D Question 4 5 pts For the function f (x) = (x2 + 3x) Vx 1) Using the product rule to find the derivative, consider the table of options below A) f' (x) = (2x + 3) 21 + (x2 + 32) 72 : B) f' (z) = (2x + 3) 2 2 + (22 + 3x) (242 : C) f' (x) = (22 + 3) (52 = ) Option [ Select ] is the most appropriate for the first derivative. 2) To determine the equation of the tangent line at x = 1, we would need [ Select ] specifically [ Select ] hulu f6 - f7 4+ f8 19 DII f10 DDI $ % & 4 5 6 7 8 9 R T Y U O PD Question 4 5 pts For the function f (x) = (x2 + 3x) Va 1) Using the product rule to find the derivative, consider the table of options below A) f' (x) - (2x + 3) 25 + (2 + 32) 52 7 B) f' (x) = (2x + 3) 2 2 + (22 + 3x) (2427 C) f' (x) - (2x + 3) 527 Option [ Select ] is the most appropriate for the [ Select ] first d the point f (1) and the slope f ' (1). the point f' (1) and the slope f (1). 2) To the point (x, y) and an equation y - mx +b.. ine at x - 1, we would need [ Select ] specifically [ Select ] N hulu ideo f7 + F8 19 Dll f10 DDI 4 $ % & 4 5 6 8 9 O R T Y U O Pom/courses/1564000/quizzes/4840811/take/questions/66620042 For the function f (x) - (27 + 3x) Vx 1) Using the product rule to find the derivative, consider the table of options below A) f' (2) = (2x + 3) 27 + (22 + 32) 32 B) f' (2) = (2x + 3) 2 2 + (202 + 32) 2 2 C) f' (x) - (2x + 3) 52 = Option [ Select ] is the most appropriate for the first derivative. [ Select ] tangent line at x = 1, we would the point (1, 4) and slope of 7 the point (1,7) and slope of 4 specifically the point (1,4) in the equation of a line [ Select ] 3) Given our answers above, consider the options below for the equation hulu Video 4 f6 - f7 f8 144 19 Dil f10 DDI $ & 4 10 5 6 8 9 R T Y U O Pneed [ Select ] specifically [ Select ] 3) Given our answers above, consider the options below for the equation of the tangent line at x Aly = 7x + 3 B)y = 7x - 3 Cy = 3x +1 Option [ Select ] is the most appropriate for the equation of the tangent line at x = 1. Previous Next IN hulu video hp f7 DII $10 DD 15 0 6 - + $ % & 5 6 7 8 D