Chapter 3, Problem 2RQ

The following data provides the monthly Comcast cable bill for a random sample of 20 households along with the number of televisions in the household (TV), the number of people living in the household (People), and the number of years that household has been a Comcast customer (Years).     Bill TV People Years $56 1 3 8 $59 3 5 11 $67 3 2 3 $75 2 3 8 $76 4 1 8 $82 1 5 4 $84 3 3 3 $84 1 3 8 $84 4 4 4 $90 2 4 3 $91 3 5 5 $100 2 7 9 $100 2 2 5 $102 4 4 6 $104 3 5 10 $104 3 4 6 $112 4 3 2 $114 4 5 8 $130 5 5 1 $135 5 6 7     Develop a regression equation that will predict the monthly Comcast cable bill for a household based on the number of televisions in the household, the number of people living in the household, and the number of years that household has been a Comcast…

can you provide correct answer for this question? If the Net Present Value (NPV) of a project is positive, it indicates: A. The project is unprofitableB. The project is financially viableC. The project has no riskD. The project will increase costs

I need correct answer for this question! If the Net Present Value (NPV) of a project is positive, it indicates: A. The project is unprofitableB. The project is financially viableC. The project has no riskD. The project will increase costs