A plant can manufacture 50 golf clubs per day at a total daily cost of $4909 and 80 golf clubs per day for a total cost of $6859 (A) Assuming that dally cost and production are linearly related, find the total daily cost, C. of producing golf clubs: (B) Graph the total daily cost for 0x200 (C) Interpret the slope and y intercept of the cost equation (Simplify your answer. Use integers or fractions for any numbers in the expression. Do not include the $ symbol in your answer.) (B) Choose the correct graph of the total daily cost below A. B. (C) Interpret the slope and y intercept Choose the correct answer below A. The y intercept is the foxed cost and the slope is the cost per club B. The y intercept is the cost per club and the slope is the fixed cost C. The fixed cost and cost per club sum to the y intercept. The slope is the ratio of the two costs. c. D. A plant can manufacture 50 golf clubs per day at a total daily cost of $4909 and 80 golf clubs per day for a total cost of $6859 (A) Assuming that daily cost and production are linearly related, find the total daily cost, C, of producing golf clubs. (B) Graph the total daily cost for 0x200 (C) Interpret the slope and y intercept of the cost equation. (A) C= (Simplify your answer. Use integers or fractions for any numbers in the expression. Do not include the $ symbol in your answer.) (B) Choose the correct graph of the total daily cost below. A. B. D. C) Interpret the slope and y intercept. Choose the correct answer below. A. The y intercept is the fixed cost and the slope is the cost per club. B. The y intercept is the cost per club and the slope is the fixed cost C. The fixed cost and cost per club sum to the y intercept The slope is the ratio of the two cost