I only need question number 3. It is not $99,991

1. Method of Least Squares

   DeMarco Company is developing a cost formula for its packing activity. Discussion with the workers in the Packing Department has revealed that packing costs are associated with the number of customer orders, the size of the orders, and the relative fragility of the items (more fragile items must be specially wrapped in bubble wrap and Styrofoam). Data for the past 20 months have been gathered:

   Month		Packing Cost		Number of Orders		Weight of Orders		Number of Fragile Items
   1		$45,000		11,200		24,640		1,120
   2		58,000		14,000		31,220		1,400
   3		39,000		10,500		18,000		1,000
   4		35,600		9,000		19,350		850
   5		90,000		21,000		46,200		4,000
   6		126,000		31,000		64,000		5,500
   7		90,600		20,000		60,000		1,800
   8		63,000		15,000		40,000		750
   9		79,000		16,000		59,000		1,500
   10		155,000		40,000		88,000		2,500
   11		450,000		113,500		249,700		11,800
   12		640,000		150,000		390,000		14,000
   13		41,000		10,000		23,000		900
   14		54,000		14,000		29,400		890
   15		58,000		15,000		30,000		1,500
   16		58,090		14,500		31,900		1,340
   17		80,110		18,000		50,000		3,000
   18		123,000		30,000		75,000		2,000
   19		108,000		27,000		63,450		1,900
   20		76,000		18,000		41,400		1,430

   Required:

   1. Using the method of least squares, run a regression using the number of orders as the independent variable. Round "Adjusted R Square" answer to six decimals and "Standard Error" answer to three decimal places.

   	Regression Statistics
   Adjusted R Square
   Standard Error
   Observations

   2. Run a multiple regression using three independent variables: the number of orders, the weight of orders, and the number of fragile items. Round "Adjusted R Square" answer to six decimals and "Standard Error" answer to three decimal places.

   	Regression Statistics
   Adjusted R Square
   Standard Error
   Observations

   Which regression equation is better? The multiple regression equation is much better.

   3. Predict the total packing cost for 25,000 orders, weighing 40,000 pounds, with 4,000 fragile items. Round regression intercept to whole dollar and coefficients to two decimal places (nearest cent). Enter the final answer rounded to the nearest dollar.

   Y = $