Question: Where are the extrema for the function f ( a sin (c) 2-cos (I) for x in [-7, 7]? O A. relative minimum: (0, 0)

 Where are the extrema for the function f ( a sin(c) 2-cos (I) for x in [-7, 7]? O A. relative minimum:(0, 0) , relative maximum: (", ?) O B. relative minimum: (-, relative maximum: 3 O C. relative minimum: , relative maximum: 10/#O D. relative minimum: (- V 3 , relative maximum: O E.relative minimum: - , relative maxim Go to the Next QuestionFind thevolume generated by revolving the region bounded by y = 4(x -2) and y = x2 - 4x + 7 about the y-axis.

O A. 97n O B. 60r O C. 56 O D. 16nO E. 8nWhat is an antiderivative of f (@) = 5 sin5x + cos 5x? O A. F z) = =(sin 5x -5 cos 5x) + C O B. F(x) = (sin 5x +5 cos 5x) + C O C. F x) = = (5sin 5x - cos 5x) + C O D. F * =5sin 5x + cos 5x ) + C O E. F(x) =5 (sin 5x - { cos 5x ) + C

Where are the extrema for the function f ( a sin (c) 2-cos (I) for x in [-7, 7]? O A. relative minimum: (0, 0) , relative maximum: (", ?) O B. relative minimum: (- , relative maximum: 3 O C. relative minimum: , relative maximum: 10/# O D. relative minimum: (- V 3 , relative maximum: O E. relative minimum: - , relative maxim Go to the Next QuestionFind the volume generated by revolving the region bounded by y = 4(x - 2) and y = x2 - 4x + 7 about the y-axis. O A. 97n O B. 60r O C. 56 O D. 16n O E. 8nWhat is an antiderivative of f (@) = 5 sin 5x + cos 5x? O A. F z) = =(sin 5x - 5 cos 5x) + C O B. F(x) = (sin 5x + 5 cos 5x) + C O C. F x) = = (5 sin 5x - cos 5x) + C O D. F * =5 sin 5x + cos 5x ) + C O E. F(x) = 5 (sin 5x - { cos 5x ) + C

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