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If F(x)= + 2

Question 43

Multiple Choice

If f(x) = If f(x) = + 2 - 4x + 10,then f is A) decreasing on (-2, ∞) , concave down on , and has a relative maximum when x = -2. B) decreasing on , concave up on , and has a relative minimum when x = - C) increasing on , concave down on , and has a relative minimum when x = -2. D) increasing on , concave down on , and has a relative maximum when x = E) increasing on , concave up on (-∞, ∞) , and has a relative minimum when x = -2. + 2 If f(x) = + 2 - 4x + 10,then f is A) decreasing on (-2, ∞) , concave down on , and has a relative maximum when x = -2. B) decreasing on , concave up on , and has a relative minimum when x = - C) increasing on , concave down on , and has a relative minimum when x = -2. D) increasing on , concave down on , and has a relative maximum when x = E) increasing on , concave up on (-∞, ∞) , and has a relative minimum when x = -2.
- 4x + 10,then f is


A) decreasing on (-2, ∞) , concave down on If f(x) = + 2 - 4x + 10,then f is A) decreasing on (-2, ∞) , concave down on , and has a relative maximum when x = -2. B) decreasing on , concave up on , and has a relative minimum when x = - C) increasing on , concave down on , and has a relative minimum when x = -2. D) increasing on , concave down on , and has a relative maximum when x = E) increasing on , concave up on (-∞, ∞) , and has a relative minimum when x = -2. , and has a relative maximum when x = -2.
B) decreasing on If f(x) = + 2 - 4x + 10,then f is A) decreasing on (-2, ∞) , concave down on , and has a relative maximum when x = -2. B) decreasing on , concave up on , and has a relative minimum when x = - C) increasing on , concave down on , and has a relative minimum when x = -2. D) increasing on , concave down on , and has a relative maximum when x = E) increasing on , concave up on (-∞, ∞) , and has a relative minimum when x = -2. , concave up on If f(x) = + 2 - 4x + 10,then f is A) decreasing on (-2, ∞) , concave down on , and has a relative maximum when x = -2. B) decreasing on , concave up on , and has a relative minimum when x = - C) increasing on , concave down on , and has a relative minimum when x = -2. D) increasing on , concave down on , and has a relative maximum when x = E) increasing on , concave up on (-∞, ∞) , and has a relative minimum when x = -2. , and has a relative minimum when x = - If f(x) = + 2 - 4x + 10,then f is A) decreasing on (-2, ∞) , concave down on , and has a relative maximum when x = -2. B) decreasing on , concave up on , and has a relative minimum when x = - C) increasing on , concave down on , and has a relative minimum when x = -2. D) increasing on , concave down on , and has a relative maximum when x = E) increasing on , concave up on (-∞, ∞) , and has a relative minimum when x = -2.
C) increasing on If f(x) = + 2 - 4x + 10,then f is A) decreasing on (-2, ∞) , concave down on , and has a relative maximum when x = -2. B) decreasing on , concave up on , and has a relative minimum when x = - C) increasing on , concave down on , and has a relative minimum when x = -2. D) increasing on , concave down on , and has a relative maximum when x = E) increasing on , concave up on (-∞, ∞) , and has a relative minimum when x = -2. , concave down on If f(x) = + 2 - 4x + 10,then f is A) decreasing on (-2, ∞) , concave down on , and has a relative maximum when x = -2. B) decreasing on , concave up on , and has a relative minimum when x = - C) increasing on , concave down on , and has a relative minimum when x = -2. D) increasing on , concave down on , and has a relative maximum when x = E) increasing on , concave up on (-∞, ∞) , and has a relative minimum when x = -2. , and has a relative minimum when x = -2.
D) increasing on If f(x) = + 2 - 4x + 10,then f is A) decreasing on (-2, ∞) , concave down on , and has a relative maximum when x = -2. B) decreasing on , concave up on , and has a relative minimum when x = - C) increasing on , concave down on , and has a relative minimum when x = -2. D) increasing on , concave down on , and has a relative maximum when x = E) increasing on , concave up on (-∞, ∞) , and has a relative minimum when x = -2. , concave down on If f(x) = + 2 - 4x + 10,then f is A) decreasing on (-2, ∞) , concave down on , and has a relative maximum when x = -2. B) decreasing on , concave up on , and has a relative minimum when x = - C) increasing on , concave down on , and has a relative minimum when x = -2. D) increasing on , concave down on , and has a relative maximum when x = E) increasing on , concave up on (-∞, ∞) , and has a relative minimum when x = -2. , and has a relative maximum when x = If f(x) = + 2 - 4x + 10,then f is A) decreasing on (-2, ∞) , concave down on , and has a relative maximum when x = -2. B) decreasing on , concave up on , and has a relative minimum when x = - C) increasing on , concave down on , and has a relative minimum when x = -2. D) increasing on , concave down on , and has a relative maximum when x = E) increasing on , concave up on (-∞, ∞) , and has a relative minimum when x = -2.
E) increasing on If f(x) = + 2 - 4x + 10,then f is A) decreasing on (-2, ∞) , concave down on , and has a relative maximum when x = -2. B) decreasing on , concave up on , and has a relative minimum when x = - C) increasing on , concave down on , and has a relative minimum when x = -2. D) increasing on , concave down on , and has a relative maximum when x = E) increasing on , concave up on (-∞, ∞) , and has a relative minimum when x = -2. , concave up on (-∞, ∞) , and has a relative minimum when x = -2.

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