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For Fiddler Crabs, the Weight of the Claw Can Be

Question 38

Multiple Choice

For fiddler crabs, the weight of the claw can be modeled as For fiddler crabs, the weight of the claw can be modeled as   pounds when the weight of the body is w pounds. Describe the direction and concavity of   for positive values of w. A)  The function f is increasing, concave up for   . B)  The function f is decreasing, concave up for   . C)  The function f is increasing, convex up for   . D)  The function f is decreasing, convex up for   . E)  The function f is decreasing, convex up for   . pounds when the weight of the body is w pounds. Describe the direction and concavity of For fiddler crabs, the weight of the claw can be modeled as   pounds when the weight of the body is w pounds. Describe the direction and concavity of   for positive values of w. A)  The function f is increasing, concave up for   . B)  The function f is decreasing, concave up for   . C)  The function f is increasing, convex up for   . D)  The function f is decreasing, convex up for   . E)  The function f is decreasing, convex up for   . for positive values of w.


A) The function f is increasing, concave up for For fiddler crabs, the weight of the claw can be modeled as   pounds when the weight of the body is w pounds. Describe the direction and concavity of   for positive values of w. A)  The function f is increasing, concave up for   . B)  The function f is decreasing, concave up for   . C)  The function f is increasing, convex up for   . D)  The function f is decreasing, convex up for   . E)  The function f is decreasing, convex up for   . .
B) The function f is decreasing, concave up for For fiddler crabs, the weight of the claw can be modeled as   pounds when the weight of the body is w pounds. Describe the direction and concavity of   for positive values of w. A)  The function f is increasing, concave up for   . B)  The function f is decreasing, concave up for   . C)  The function f is increasing, convex up for   . D)  The function f is decreasing, convex up for   . E)  The function f is decreasing, convex up for   . .
C) The function f is increasing, convex up for For fiddler crabs, the weight of the claw can be modeled as   pounds when the weight of the body is w pounds. Describe the direction and concavity of   for positive values of w. A)  The function f is increasing, concave up for   . B)  The function f is decreasing, concave up for   . C)  The function f is increasing, convex up for   . D)  The function f is decreasing, convex up for   . E)  The function f is decreasing, convex up for   . .
D) The function f is decreasing, convex up for For fiddler crabs, the weight of the claw can be modeled as   pounds when the weight of the body is w pounds. Describe the direction and concavity of   for positive values of w. A)  The function f is increasing, concave up for   . B)  The function f is decreasing, concave up for   . C)  The function f is increasing, convex up for   . D)  The function f is decreasing, convex up for   . E)  The function f is decreasing, convex up for   . .
E) The function f is decreasing, convex up for For fiddler crabs, the weight of the claw can be modeled as   pounds when the weight of the body is w pounds. Describe the direction and concavity of   for positive values of w. A)  The function f is increasing, concave up for   . B)  The function f is decreasing, concave up for   . C)  The function f is increasing, convex up for   . D)  The function f is decreasing, convex up for   . E)  The function f is decreasing, convex up for   . .

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