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Please help me solve this, I need to submit it within 3-4 hours.

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myopenmath.com Netflix snabuttar@yahoo.ca - Yahoo Mail Track Parcel BSTA 320: ASSIGNMENT #2 (Part D: Weight 30%) All answers MUST be submitted in a single document (Excel, Word or PDF only) . See upload button at the bottom of this page. All parts of this question are equally weighted. During the 2018-2019 College Soccer season the Humber Room Restaurant spearheaded a nutrition program for the Humber Hawks Womans Soccer team. After consulting with several faculty members in the Food and Nutrition Management program, the Humber Room Restaurant put together a "High Performance Meal" that fulfilled the nutritional needs of the players and also minimized costs of the ingredients. Although the Humber Room Restaurant can not take all the credit, they are very proud of their contribution to the success of the Humber Hawks Womans Soccer team! Some of the season highlights were: . The Hawks claimed their third straight OCAA silver medal, falling 3-2 to the Fanshawe Falcons. . Humber put together its most dominant regular season in program history, scoring a provincial best 52 goals. The Hawks boasted the top defensive unit in the OCAA and did not surrender a goal during the regular season. . Humber's dominant regular season campaign saw the Hawks rise to the fourth-ranked program in the country. Unfortunately, some of the information for the High Performance Meal was lost during the Covid-19 shut down, and now the Humber Room Restaurant and the Hawks are asking for the help of all BSTA 320 students to put the pieces back together for this Soccer season! The following table, containing the main ingredients and key nutrition information (per 100 grams of ingredient) that were used in the High Performance Meal, was recovered: Ingredient Energy (kcal) Carbs (g) Protein (g) Fat ( 8 ) Cost ($) Milk 40 4.7 3.3 0.9 0.1 Ham 147 0 23 6 1.38 C3 Beef 253 0 20 19 0.83 4 Tuna 303 24 21 2.85 25 White Bread 237 47 2 0.31 X6 Pineapple 56 0 0 0.41 Orange 54 9 0.19 8 Leek 38 0.06 o O Carrot 35 PO O - N - 0.14 poova C10 Margarine 720 81 0.47 11 Sunflower Oil 28 100 0.23 MacBook Air 20 888 DII DD F2 F3 F4 F5 F6 F7 F8 F9 # $ % & 2 4 5 6 8 9 O W E R T Y U OC Track Parcel Netflix abuttar@yahoo.ca - Yahoo Mail The following table, containing the main ingredients and key nutrition information (per 100 grams of ingredient) that were used in the High Performance Meal, was recovered: Ingredient Energy (kcal) Carbs (8) Protein (g) Fat (8) Cost (S ) 20 1 Milk 40 4.7 3.3 0.9 0.13 Ham 147 23 6 .38 2 20 19 0.83 C3 Beef 253 Tuna 303 o 24 21 2.85 5 White Bread 237 47 2 0.31 Pineapple 56 13 o 0.41 C7 Orange 54 o 0.19 Leek 38 va to o 0.06 O O O - N - O Carrot 35 0 0.14 10 Margarine 720 81 0.47 o o o 11 Sunflower Oil 928 100 0.23 X12 Nate 0 0 0. 12 Another recovered document contains quite a few strange looking equations and inequalities that need to deciphered. Your Professor has determined that the equation C = 0.13x1 + 1.38x2 + 0.83x3 + 2.85x4 + 0.31x5 + 0.41x6 + 0.19x7 + 0.06x8 + 0.14x9 + 0.47x10 + 0.23x11 + 0.12x12 represents the total cost of the ingredients, that this is the objective function that should be minimized, and that the following inequality, 40x1 + 1472 + 253x3 + 303x4 + 23725 + 56x6 + 54x7 + 38x8 + 35x9 + 720x10 + 928x11 2 2000 represents the requirement that each high performance meal contains at least 2000 kcal. For each of the equations and inequalities below, write a clear description and interpretation of what it means. All of the following equations and inequalities represent a "per meal" requirement. (a) 100x11 2 0.62(81x10 + 100x11) (b) 0.69(4725 + 13x6 + 927) 2800 MacBook Air BO.- 20 DII DD F2 F3 F4 F5 F6 F7 F8 F9 @ # % A N 3 4 6 8 9 O W E R Y U Omyopenmath.com Track Parcel Netflix @yahoo.ca - Yahoo Mail 40x1 + 147x2 + 253x3 + 303x4 + 237x5 + 56x6 + 54x7 + 38x8 + 35x9 + 720x10 + 928x11 2 2000 represents the requirement that each high performance meal contains at least 2000 kcal. For each of the equations and inequalities below, write a clear description and interpretation of what it means. All of the following equations and inequalities represent a "per meal" requirement. (a) 10011 2 0.62(81x10 + 100211) (b) 0.69(47x5 + 13x6 + 927)