A company is planning to manufacture snowboards. The fixed costs are $40 per day and the variable cost per unit is $10. (Note: Total cost C(x) = variable cost + fixed cost, for x > 0). (1) Circle the correct cost function C(x). a. C(x) = 10x + 40 b. C(x) = 40x + 10 c. C(x) = 40+? d. C(x) = 40+ e. C(x) = 10 + 40 f. C(x) = 40 (2) Sketch the graph of C(x), label at least three points. 10 x x 10 C(x) (3) The average cost per board for an output of x boards is given by [ (x) = x 1. Circle the function C (x): a. (x) = 10x + 40 b. C (x) = 40x + 10 c. C (x) = 40 + 10 c (x d. C(x) = 40 +7 e. C (x) = 10 +* f. C (x) = 40+ * x) (4) Sketch the graph of C (x), Label at least three points. Label the Asymptote/Asymptotes by its equation, if any. x 10 A company is planning to manufacture snowboards. The fixed costs are $40 per day and the variable cost per unit is $10. (Note: Total cost C(x) = variable cost + fixed cost, for x > 0). (1) Circle the correct cost function C(x). a. C(x) = 10x + 40 b. C(x) = 40x + 10 c. C(x) = 40+? d. C(x) = 40+ e. C(x) = 10 + 40 f. C(x) = 40 (2) Sketch the graph of C(x), label at least three points. 10 x x 10 C(x) (3) The average cost per board for an output of x boards is given by [ (x) = x 1. Circle the function C (x): a. (x) = 10x + 40 b. C (x) = 40x + 10 c. C (x) = 40 + 10 c (x d. C(x) = 40 +7 e. C (x) = 10 +* f. C (x) = 40+ * x) (4) Sketch the graph of C (x), Label at least three points. Label the Asymptote/Asymptotes by its equation, if any. x 10