A plane carrying food and water to a resort island can carry a maximum of 27000 pounds and is limited in space to carrying no more than 550 cubic feet. Each container of water weighs 60 pounds and takes up I cubic foot of cargo space. Each container of food weighs 150 pounds and takes up 5 cubic feet. Hotels on the island will buy the food for 17 dollars a pound and the water for 4 dollars per pound. What is the optimum number of containers of each item that will maximize the revenue generated by the plane? What is the maximum revenue? Let x represent the number of food containers and y represent the number of water containers Answer Tables Keypad Keyboard Shortouts Maximum revenue of $ Maximum revenue at

I need the answer as soon as possible

Question 9 Trenny has asked her assistant to prepare estimates of cost of two different sizes of power plants.  The assistant reports that the cost of the 150 MW plant is $220,000,000, while the cost of the 270 MW plant is $400,000,000.  If Trenny has a budget of only $300,000,000, estimate how large a power plant she could afford using linear interpolation (Enter your answer rounded to one decimal place and in MW eg. XX.X)?

The state of New Jersey has in circulation (as of 2011) an instant lottery game called $1,000 Downpour. The cost of each ticket for this lottery game is $5.00. A player can instantly win $75,000, $1,000, $100, $50, $20, $10, or $5. Each ticket has 19 spots covered by latex coating, and the top four spots contain numbers that, if matched by the player's numbers, win money. The remaining 15 spots belong to the player. A player wins if any of the numbers in the player's 15 spots matches any of the four winning numbers. Number of tickets that can win Prizes 0 (i.e. not a winner) 2,853,533 621,075 10 327,600 20 58,500 50 31,200 100 5525 1,000 2561 75,000 6. Total= 3,900,000 tickets sold Find and interpret the expected outcome of this game. [Write your answer as a complete sentence]

compute a piece rate for an employee earning $17.75/hour where the standard time per unit is ten (10) minutes