Questions 2 through 10 use this same model.    A company makes chairs and tables.  The company makes $30 per chair and $40 per table.  The two resources are labor and wood.  A chair takes 1 hour of labor and 4 pounds of wood.   A table takes 2 hours of labor and 3 pounds of wood.  There are 40 hours of labor and 120 pounds of wood available each day.  The company wants to know how many chairs and tables to make each day in order to maximize profit.    What are the constraints?

Questions 2 through 10 will use this model.    A company makes chairs and tables.  The company makes $30 per chair and $40 per table.  The two resources are labor and wood.  A chair takes 1 hour of labor and 4 pounds of wood.   A table takes 2 hours of labor and 3 pounds of wood.  There are 40 hours of labor and 120 pounds of wood available each day.  The company wants to know how many chairs and tables to make each day in order to maximize profit.  What point maximizes the profit? (x1, x2)

Questions 2 through 10 use this same model.    A company makes chairs and tables.  The company makes $30 per chair and $40 per table.  The two resources are labor and wood.  A chair takes 1 hour of labor and 4 pounds of wood.   A table takes 2 hours of labor and 3 pounds of wood.  There are 40 hours of labor and 120 pounds of wood available each day.  The company wants to know how many chairs and tables to make each day in order to maximize profit.  What are the intercepts for the first constraint?

A company sells an item for $30 It costs $10 to make the item. The company had start up costs of $6000 How many items must the company make in order to break even?

The objective equation (Be Careful!)

The demand constraints are  

The budget constraint is

The objective is to    

Give the correct formula for lead(II) iodide.

Soaps are formed from ______________.