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A Local Newspaper That Appears Six Days Per Week Wanted

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A local newspaper that appears six days per week wanted to forecast two-day revenues from its business services classified ads section.The revenues (in $1,000s)were recorded for the past 52 weeks.From these data,the following regression equation was computed: A local newspaper that appears six days per week wanted to forecast two-day revenues from its business services classified ads section.The revenues (in $1,000s)were recorded for the past 52 weeks.From these data,the following regression equation was computed: = 2000 + 0.6t− 150D<sub>1</sub>− 40D<sub>2</sub> (t = 1,2,3,...,156) where and Forecast the two-day revenues for the next week. = 2000 + 0.6t− 150D1− 40D2 (t = 1,2,3,...,156)
where A local newspaper that appears six days per week wanted to forecast two-day revenues from its business services classified ads section.The revenues (in $1,000s)were recorded for the past 52 weeks.From these data,the following regression equation was computed: = 2000 + 0.6t− 150D<sub>1</sub>− 40D<sub>2</sub> (t = 1,2,3,...,156) where and Forecast the two-day revenues for the next week. and A local newspaper that appears six days per week wanted to forecast two-day revenues from its business services classified ads section.The revenues (in $1,000s)were recorded for the past 52 weeks.From these data,the following regression equation was computed: = 2000 + 0.6t− 150D<sub>1</sub>− 40D<sub>2</sub> (t = 1,2,3,...,156) where and Forecast the two-day revenues for the next week. Forecast the two-day revenues for the next week.

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