WebMar 19, 2024 · If the concessionaire has a fixed cost of $1000 per night and the variable cost is $0.60 per hamburger. Our nightly cost would be: C = 1000 + 0.6*d = 1000 + 0.6*(-10000p + 40000) = 1000 - 6000p + 24000 = 25000 – 6000p Profit is revenue subtracted by cost Again to maximize the profit, we take the 1st derivative and set it to 0 WebApr 24, 2024 · Add a slice of cheese to each burger; grill, covered, until cheese melts, 1-2 minutes more. Remove from heat when a thermometer reads 160°. Place a burger on …
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WebAnswer (1 of 2): It all depends on the type of business you’re running. Usually, In-N-Out restaurants have an estimated 20% profit margin due to their dedication to freshness or “cult following” status which sometimes … WebThe hamburger price that will maximize the nightly hamburger revenue is $ Until recently, hamburgers at the city sports arena cost $2.50 each. The food concessionaire sold an average of 3,750 hamburgers on game night. When the price was raised to $3.00, hamburger sales dropped off to an average of 2,500 per night. taushiro peru
Grilled Ham Burgers Recipe: How to Make It - Taste Of Home
WebNow the burger company can cut production and help save the environment which is affecting the drought. Or do you go and affect your customer and business. “Wholesome Hamburger Company”, may be a well establish company … WebMar 23, 2024 · The price of a hamburger that will maximize the nightly hamburger revenue would be $ 3. In turn, if the fixed costs are $ 1000 and the variable costs per hamburger are $ 0.60, the price that would maximize profits would be $ 3.25. Web(a) Assuming a linear demand curve, find the price of a hamburger that will maximize the nightly hamburger revenue. (b) If the concessionaire has fixed costs of $\$ 1000$ per night and the variable cost is $\$ .60$ per hamburger, find the price of a hamburger that will maximize the nightly hamburger profit. tau shoes