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Financial Analysts in a Company That Manufactures Ovens Arrived at the Following

Question 6

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Financial analysts in a company that manufactures ovens arrived at the following daily cost equation for manufacturing x ovens per day: C(x) = $Financial analysts in a company that manufactures ovens arrived at the following daily cost equation for manufacturing x ovens per day: C(x) = + 4x + 1800. The average cost per unit at a production level of x ovens per day is (x) = C(x) /x. (i) Find the rational function . (ii) Sketch a graph of (x) for 10 \le x \le 125. (iii) For what daily production level (to the nearest integer) is the average cost per unit at a minimum, and what is the minimum average cost per oven (to the nearest cent) ? HINT: Refer to the sketch in part (ii) and evaluate (x) at appropriate integer values until a minimum value is found. A) B) C) D)$ + 4x + 1800. The average cost per unit at a production level of x ovens per day is $Financial analysts in a company that manufactures ovens arrived at the following daily cost equation for manufacturing x ovens per day: C(x) = + 4x + 1800. The average cost per unit at a production level of x ovens per day is (x) = C(x) /x. (i) Find the rational function . (ii) Sketch a graph of (x) for 10 \le x \le 125. (iii) For what daily production level (to the nearest integer) is the average cost per unit at a minimum, and what is the minimum average cost per oven (to the nearest cent) ? HINT: Refer to the sketch in part (ii) and evaluate (x) at appropriate integer values until a minimum value is found. A) B) C) D)$ (x) = C(x) /x. (i) Find the rational function $Financial analysts in a company that manufactures ovens arrived at the following daily cost equation for manufacturing x ovens per day: C(x) = + 4x + 1800. The average cost per unit at a production level of x ovens per day is (x) = C(x) /x. (i) Find the rational function . (ii) Sketch a graph of (x) for 10 \le x \le 125. (iii) For what daily production level (to the nearest integer) is the average cost per unit at a minimum, and what is the minimum average cost per oven (to the nearest cent) ? HINT: Refer to the sketch in part (ii) and evaluate (x) at appropriate integer values until a minimum value is found. A) B) C) D)$ . (ii) Sketch a graph of $Financial analysts in a company that manufactures ovens arrived at the following daily cost equation for manufacturing x ovens per day: C(x) = + 4x + 1800. The average cost per unit at a production level of x ovens per day is (x) = C(x) /x. (i) Find the rational function . (ii) Sketch a graph of (x) for 10 \le x \le 125. (iii) For what daily production level (to the nearest integer) is the average cost per unit at a minimum, and what is the minimum average cost per oven (to the nearest cent) ? HINT: Refer to the sketch in part (ii) and evaluate (x) at appropriate integer values until a minimum value is found. A) B) C) D)$ (x) for 10 $\le$ x $\le$ 125. (iii) For what daily production level (to the nearest integer) is the average cost per unit at a minimum, and what is the minimum average cost per oven (to the nearest cent) ? HINT: Refer to the sketch in part (ii) and evaluate $Financial analysts in a company that manufactures ovens arrived at the following daily cost equation for manufacturing x ovens per day: C(x) = + 4x + 1800. The average cost per unit at a production level of x ovens per day is (x) = C(x) /x. (i) Find the rational function . (ii) Sketch a graph of (x) for 10 \le x \le 125. (iii) For what daily production level (to the nearest integer) is the average cost per unit at a minimum, and what is the minimum average cost per oven (to the nearest cent) ? HINT: Refer to the sketch in part (ii) and evaluate (x) at appropriate integer values until a minimum value is found. A) B) C) D)$ (x) at appropriate integer values until a minimum value is found. $Financial analysts in a company that manufactures ovens arrived at the following daily cost equation for manufacturing x ovens per day: C(x) = + 4x + 1800. The average cost per unit at a production level of x ovens per day is (x) = C(x) /x. (i) Find the rational function . (ii) Sketch a graph of (x) for 10 \le x \le 125. (iii) For what daily production level (to the nearest integer) is the average cost per unit at a minimum, and what is the minimum average cost per oven (to the nearest cent) ? HINT: Refer to the sketch in part (ii) and evaluate (x) at appropriate integer values until a minimum value is found. A) B) C) D)$

A) $Financial analysts in a company that manufactures ovens arrived at the following daily cost equation for manufacturing x ovens per day: C(x) = + 4x + 1800. The average cost per unit at a production level of x ovens per day is (x) = C(x) /x. (i) Find the rational function . (ii) Sketch a graph of (x) for 10 \le x \le 125. (iii) For what daily production level (to the nearest integer) is the average cost per unit at a minimum, and what is the minimum average cost per oven (to the nearest cent) ? HINT: Refer to the sketch in part (ii) and evaluate (x) at appropriate integer values until a minimum value is found. A) B) C) D)$
B) $Financial analysts in a company that manufactures ovens arrived at the following daily cost equation for manufacturing x ovens per day: C(x) = + 4x + 1800. The average cost per unit at a production level of x ovens per day is (x) = C(x) /x. (i) Find the rational function . (ii) Sketch a graph of (x) for 10 \le x \le 125. (iii) For what daily production level (to the nearest integer) is the average cost per unit at a minimum, and what is the minimum average cost per oven (to the nearest cent) ? HINT: Refer to the sketch in part (ii) and evaluate (x) at appropriate integer values until a minimum value is found. A) B) C) D)$
C) $Financial analysts in a company that manufactures ovens arrived at the following daily cost equation for manufacturing x ovens per day: C(x) = + 4x + 1800. The average cost per unit at a production level of x ovens per day is (x) = C(x) /x. (i) Find the rational function . (ii) Sketch a graph of (x) for 10 \le x \le 125. (iii) For what daily production level (to the nearest integer) is the average cost per unit at a minimum, and what is the minimum average cost per oven (to the nearest cent) ? HINT: Refer to the sketch in part (ii) and evaluate (x) at appropriate integer values until a minimum value is found. A) B) C) D)$
D) $Financial analysts in a company that manufactures ovens arrived at the following daily cost equation for manufacturing x ovens per day: C(x) = + 4x + 1800. The average cost per unit at a production level of x ovens per day is (x) = C(x) /x. (i) Find the rational function . (ii) Sketch a graph of (x) for 10 \le x \le 125. (iii) For what daily production level (to the nearest integer) is the average cost per unit at a minimum, and what is the minimum average cost per oven (to the nearest cent) ? HINT: Refer to the sketch in part (ii) and evaluate (x) at appropriate integer values until a minimum value is found. A) B) C) D)$

Financial Analysts in a Company That Manufactures Ovens Arrived at the Following

Multiple Choice

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