A warehouse filled with pallets of 3 ft3{“version”:”1.1″,”ma…

A warehouse filled with pallets of 3 ft3{“version”:”1.1″,”math”:”3 ft3″} bags of mulch must be completely emptied.  The warehouse contains a total of 1400 pallets that must be removed and placed onto trailers for distribution to retail stores.  The number of pallets remaining, P(t), is a function of the time spent moving pallets, t, in hours.  Work continues at a reasonably steady pace until all 1400 pallets are removed.  Using linear regression, the manager found the following algebraic representation for the function: P(t)=-111t+1400{“version”:”1.1″,”math”:”P(t)=-111t+1400″}. Use P(t) to predict the number of hours necessary to empty the warehouse.  Round to two decimal places if necessary. _______

A warehouse filled with pallets of 3 ft3{“version”:”1.1″,”ma…

A warehouse filled with pallets of 3 ft3{“version”:”1.1″,”math”:”3 ft3″} bags of mulch must be completely emptied.  The warehouse contains a total of 1400 pallets that must be removed and placed onto trailers for distribution to retail stores.  The number of pallets remaining, P(t), is a function of the time spent moving pallets, t, in hours.  Work continues at a reasonably steady pace until all 1400 pallets are removed.  Using linear regression, the manager found the following algebraic representation for the function: P(t)=-111t+1400{“version”:”1.1″,”math”:”P(t)=-111t+1400″}. Use P(t) to calculate the time required to reduce the number of pallets in the warehouse to 40% of the original amount.  Round to two decimal places if necessary. _______

At this point, you should have completed all EIGHT tree diag…

At this point, you should have completed all EIGHT tree diagrams for this test. Please enter the text “I understand” into the blank below to acknowledge that you have read the following statement: This question is a placeholder that will be used to enter the grade for the tree diagram portion of this test. Your tree diagrams, which should all be complete at this point, must be digitized and uploaded to the Test 1 dropbox. Please upload your trees to the dropbox within 10 minutes.