Management proposed the following regression model to predict sales at a fast-food outlet. y = Bo + B1X1 + B2X2+ B3X3+ E where X = number of competitors within one mile X2 = population within one mile (1,000s) J1 if drive-up window present X3 = 0 otherwise y = sales ($1,000s). The following estimated regression equation was developed after 20 outlets were surveyed. ŷ = 10.5 - 4.2x, + 6.8x2 + 15.9x3 (a) What is the expected amount of sales (in dollars) attributable to the drive-up window? $ (b) Predict sales (in dollars) for a store with three competitors within one mile, a population of 8,000 within one mile, and a drive-up window 24 (c) Predict sales (in dollars) for a store with one competitor within one mile, a population of 3,000 within one mile, and no drive-up window.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter4: Equations Of Linear Functions
Section4.5: Correlation And Causation
Problem 15PPS
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Management proposed the following regression model to predict sales at a fast-food outlet.
y = Bo + B,x1 + B2X2 + B3X3 + E
where
X1 = number of competitors within one mile
X2 = population within one mile (1,000s)
J1 if drive-up window present
0 otherwise
y = sales ($1,000s).
X3 =
The following estimated regression equation was developed after 20 outlets were surveyed.
ŷ = 10.5 – 4.2x, + 6.8x2 + 15.9x3
(a) What is the expected amount of sales (in dollars) attributable to the drive-up window?
$
(b) Predict sales (in dollars) for a store with three competitors within one mile, a population of 8,000 within one mile, and a drive-up window.
24
(c) Predict sales (in dollars) for a store with one competitor within one mile, a population of 3,000 within one mile, and no drive-up window.
$4
Transcribed Image Text:Management proposed the following regression model to predict sales at a fast-food outlet. y = Bo + B,x1 + B2X2 + B3X3 + E where X1 = number of competitors within one mile X2 = population within one mile (1,000s) J1 if drive-up window present 0 otherwise y = sales ($1,000s). X3 = The following estimated regression equation was developed after 20 outlets were surveyed. ŷ = 10.5 – 4.2x, + 6.8x2 + 15.9x3 (a) What is the expected amount of sales (in dollars) attributable to the drive-up window? $ (b) Predict sales (in dollars) for a store with three competitors within one mile, a population of 8,000 within one mile, and a drive-up window. 24 (c) Predict sales (in dollars) for a store with one competitor within one mile, a population of 3,000 within one mile, and no drive-up window. $4
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