use Solver to answer the following question.You must provide sufficient evidence

use Solver to answer the following question.You must provide sufficient evidence that you did the work on your own. For example, what equations did you use in your model?
A student at a local university has just completed a decision modeling course. On her assignments, she has earned a 86 on the mid-term, a 94 on the final, a 93 on problem sets, and 85 for participation. She has a unique professor who allows students to determine their own item weights with some restrictions:
The participation grade can be no more than 15% of the grade.
The midterm must count at least twice as much as the problem set score.
Each of the four items must have at least a 10% weight.
The weights must sum to 100% and be nonnegative.
A student at a local university has just completed a decision modeling course. On her assignments, she has earned a 86 on the mid-term, a 94 on the final, a 93 on problem sets, and 85 for participation. She has a unique professor who allows students to determine their own item weights with some restrictions:
The participation grade can be no more than 15% of the grade.
The midterm must count at least twice as much as the problem set score.
Each of the four items must have at least a 10% weight.
The weights must sum to 100% and be nonnegative.
A student at a local university has just completed a decision modeling course. On her assignments, she has earned a 86 on the mid-term, a 94 on the final, a 93 on problem sets, and 85 for participation. She has a unique professor who allows students to determine their own item weights with some restrictions:
The participation grade can be no more than 15% of the grade.
The midterm must count at least twice as much as the problem set score.
Each of the four items must have at least a 10% weight.
The weights must sum to 100% and be nonnegative.
A student at a local university has just completed a decision modeling course. On her assignments, she has earned a 86 on the mid-term, a 94 on the final, a 93 on problem sets, and 85 for participation. She has a unique professor who allows students to determine their own item weights with some restrictions:
The participation grade can be no more than 15% of the grade.
The midterm must count at least twice as much as the problem set score.
Each of the four items must have at least a 10% weight.
The weights must sum to 100% and be nonnegative.
A student at a local university has just completed a decision modeling course. On her assignments, she has earned a 86 on the mid-term, a 94 on the final, a 93 on problem sets, and 85 for participation. She has a unique professor who allows students to determine their own item weights with some restrictions:
*The participation grade can be no more than 15% of the grade.
*The midterm must count at least twice as much as the problem set score.
*Each of the four items must have at least a 10% weight.
*The weights must sum to 100% and be nonnegative.
Determine the item weights that maximize her score in the course using Solver.