QUESTION 1. Four decision variables and three constraints one with linear / integer programming problem design it or adapt it from a source. Then, analyze the question with the help of the Excel solver program and briefly interpret the solution. Requested: 1. Briefly explain the question you have designed and create its model. Write the text of the question in the report / text file (pdf/word). (While designing the problem, you can be inspired by what we have solved in the lesson, the questions in various books, etc. However, the question can be found in any source, especially with a question that has a solution. should not be the same, and you must specify the source you received.) 2nd. composed for the question Enter the model into Excel. Solve it by entering the model in the Excel Solver add-in / program in the same file.and Save the Excel file. (If no solution is found, play with the numbers and revise the problem in a way that has a solution. You can also benefit from the "SOLVER EXAMPLE EXCEL" file I sent you before.) 3. What did you find as a result of the solution? briefly explain in text / report file (word / pdf) Thus, you will create 1 word / pdf file in which you explain the question, model and solution, and 1 Excel file with the solution. As stated in the explanations above, for QUESTION 1, you will send these 2 files on the delivery date, and you will also upload the text file to the system. The explanations for QUESTION 2 are below. QUESTION 1. Four decision variables and three constraints one with linear / integer programming problem design it or adapt it from a source. Then, analyze the question with the help of the Excel solver program and briefly interpret the solution. Requested: 1. Briefly explain the question you have designed and create its model. Write the text of the question in the report / text file (pdf/word). (While designing the problem, you can be inspired by what we have solved in the lesson, the questions in various books, etc. However, the question can be found in any source, especially with a question that has a solution. should not be the same, and you must specify the source you received.) 2nd. composed for the question Enter the model into Excel. Solve it by entering the model in the Excel Solver add-in / program in the same file.and Save the Excel file. (If no solution is found, play with the numbers and revise the problem in a way that has a solution. You can also benefit from the "SOLVER EXAMPLE EXCEL" file I sent you before.) 3. What did you find as a result of the solution? briefly explain in text / report file (word / pdf) Thus, you will create 1 word / pdf file in which you explain the question, model and solution, and 1 Excel file with the solution. As stated in the explanations above, for QUESTION 1, you will send these 2 files on the delivery date, and you will also upload the text file to the system. The explanations for QUESTION 2 are below