Cookies Project
Owen Hickerson
In this project we looked at what would be the most profit for making cookies. We had to follow certain constraints. In order to find the most profit we did multiple different graphing and inequalities. We then looked at the graph again after a month of work in order to solve the area of profit. We learned that 50 iced and 75 plain made the most profit of $212.50
Owen Hickerson
In this project we looked at what would be the most profit for making cookies. We had to follow certain constraints. In order to find the most profit we did multiple different graphing and inequalities. We then looked at the graph again after a month of work in order to solve the area of profit. We learned that 50 iced and 75 plain made the most profit of $212.50
Cookies Projecct
Owen Hickerson
20091 US 160
Durango, Co, 81301
10/27/15
Mr. and Mrs. Woo
Hello! We have found a solution to your cookie situation. If you have 75 plain and 50 iced then you will be able to make the most profit of $212.50. This combination fits within all your parameters and you will be able to do it in 15 hours. You will be able to make 125 cookies and make the most profit. Thank you for consulting Animas high school consulting co. I hope you will hire us again have a nice day.
Sincerely,
Owen Hickerson
20091 US 160
Durango, Co, 81301
10/27/15
Mr. and Mrs. Woo
Hello! We have found a solution to your cookie situation. If you have 75 plain and 50 iced then you will be able to make the most profit of $212.50. This combination fits within all your parameters and you will be able to do it in 15 hours. You will be able to make 125 cookies and make the most profit. Thank you for consulting Animas high school consulting co. I hope you will hire us again have a nice day.
Sincerely,
Owen Hickerson
Shadows unit
In this project we learned how to find the length of a shadow by looking at the height of the tower and light source. We also learned how to identify similar triangles through their angles and length. In the end we found the way to find the length of the shadow based upon the height of the light source and the item.