3. A bakery has two stores, one in Topeka and one in Lawrence. Using the past ye
ID: 3058029 • Letter: 3
Question
3. A bakery has two stores, one in Topeka and one in Lawrence. Using the past year data they fit a model for the number of chocolate chip cookies they bake in a day given the store and number of workers and get the following results. Choo ChipNum, = 100+200NumWorker, +50StoreTopeka, +10NumWorker, xStoreTopekaiti. Where, NumWorker is the number of worker at the store and StoreTopeka is a binary variable with a value of 1 for the Topeka store and 0 for the Lawrence store. (a) What does the model predict for the average number of chocolate chip cookies made in the Lawrence Store with 2 workers. (b) What does the model predict for the average number of chocolate chip cookies made in the Topeka store with 4 workers (c)According to the model, what is the impact of an extra worker for the Topeka store? (d) According to the model, what is the impact of an extra worker for the Lawrence store?Explanation / Answer
3. A bakery has two stores, one in Topeka and one in Lawrence. Using the past year data they fit a model for the number of chocolate chip cookies they bake in a day given the store and number of workers and get the following results. Choo ChipNum, = 100+200NumWorker, +50StoreTopeka, +10NumWorker, xStoreTopekaiti. Where, NumWorker is the number of worker at the store and StoreTopeka is a binary variable with a value of 1 for the Topeka store and 0 for the Lawrence store. (a) What does the model predict for the average number of chocolate chip cookies made in the Lawrence Store with 2 workers. (b) What does the model predict for the average number of chocolate chip cookies made in the Topeka store with 4 workers (c)According to the model, what is the impact of an extra worker for the Topeka store? (d) According to the model, what is the impact of an extra worker for the Lawrence store?
Related Questions
drjack9650@gmail.com
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.