URGENT please provide the answers for each answer bank clearly, i will rate quickly

Kilgore's Deli is a small delicatessen located near a major university. Kilgore does a large walk-in carry-out lunch business. The deli offers three luncheon chili specials, Wimpy, Dial 911, Fire Bowl. At the beginning of the day, Kilgore needs to decide how much of each special to make (he always sells out of whatever he makes). The profit on one serving of Wimpy is $0.6, on one serving of Dial 911 is $0.55, and on one serving of Fire Bowl is $0.65. The following table shows the required ingredients to make one serving of each chili special, and the available amount of each ingredient for today : Based on the historical sales data, Kilgore's Deli has the following considerations: - the number of servings for Fire Bowl must be at least 10% of the total number of servings for all three luncheon chili specials. - the number of servings for Fire Bowl, however, cannot exceed the number of Dial 911 by more than 3. - the available number of servings for Dial 911 must be at least 2. (1.1) Develop the linear programming model to help determine the number of servings of Wimpy, Dial 911, and Fire Bowl to make in order to maximize his profit today. Type your algebraic formulation in the specified area in Q1 tab of the Excel template. Note you will not get full credits without including the algebraic formulation. (1.2) Solve your LP model in Excel and fill in the following blanks (show your work in Q1 tab): The optimal number of servings of Wimpy is The optimal number of servings of Dial 911 is The optimal number of servings of Fire Bowl is The maximum possible profit is Is there any leftover of ingredients as a result of this optimal solution? if yes, enter the amount. Otherwise, just type 0. Amount of beef leftover Amount of onion leftover Amount of special sauce leftover Amount of hot sauce leftover