A restaurant has a steady annual demand for 885 bottles of California wine. It costs $3 to store 1 bottle for 1 year, and it costs $7 to place a reorder. Find the optimum number of bottles per order. The optimum number of bottles per order is. (Type a whole number.)

Economics Today and Tomorrow, Student Edition
1st Edition
ISBN:9780078747663
Author:McGraw-Hill
Publisher:McGraw-Hill
Chapter3: Your Role As A Consumer
Section3.3: Consumerism
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A restaurant has a steady annual demand for 885 bottles of California wine. It costs $3 to store 1 bottle for 1 year, and it costs $7 to place a
reorder. Find the optimum number of bottles per order.
The optimum number of bottles per order is. (Type a whole number.)
Transcribed Image Text:A restaurant has a steady annual demand for 885 bottles of California wine. It costs $3 to store 1 bottle for 1 year, and it costs $7 to place a reorder. Find the optimum number of bottles per order. The optimum number of bottles per order is. (Type a whole number.)
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