You'll do a simple analysis common in marketing -- deciding between two options, in this case having to do with pricing. How is the sales of a bottle of water sold at a 30% discount & 5% larger package compared with the sales for 20% discount & 10% larger package? WRITE THE REGRESSION EQUATION NEEDED TO ANSWER THIS QUESTION After performing regression analysis on the data collected regarding this question, you find the B for discount is 109.1 and for package size increase is 337.5. The constant is 501.08. WHICH OPTION GIVES YOU THE HIGHEST REVENUE? You'll do a simple analysis common in marketing -- deciding between two options, in this case having to do with pricing. How is the sales of a bottle of water sold at a 30% discount & 5% larger package compared with the sales for 20% discount & 10% larger package? WRITE THE REGRESSION EQUATION NEEDED TO ANSWER THIS QUESTION After performing regression analysis on the data collected regarding this question, you find the B for discount is 109.1 and for package size increase is 337.5. The constant is 501.08. WHICH OPTION GIVES YOU THE HIGHEST REVENUE? You'll do a simple analysis common in marketing -- deciding between two options, in this case having to do with pricing. How is the sales of a bottle of water sold at a 30% discount & 5% larger package compared with the sales for 20% discount & 10% larger package? WRITE THE REGRESSION EQUATION NEEDED TO ANSWER THIS QUESTION After performing regression analysis on the data collected regarding this question, you find the B for discount is 109.1 and for package size increase is 337.5. The constant is 501.08. WHICH OPTION GIVES YOU THE HIGHEST REVENUE