Question: . . . Due_By_Sep7_2020_1159PM_PDF Version Updates Available A Do you want to restart to TO 12 updates now or try tonig wwwYw work. For clarity,

. . . Due_By_Sep7_2020_1159PM_PDF Version Updates
. . . Due_By_Sep7_2020_1159PM_PDF Version Updates
. . . Due_By_Sep7_2020_1159PM_PDF Version Updates Available A Do you want to restart to TO 12 updates now or try tonig wwwYw work. For clarity, please put one picture (or image) per page. If you are NOT uploading your completed homework assignment as a PDF or Word file, you can upload it as JPEG images that are CLEAR and READABLE. If you use software (e.g., Microsoft Excel), you must also upload your original software file(s) on Canvas. Please make sure the scans or pictures of your handwritten work are READABLE. I expect your homework submission to contain detailed step-by-step work for each question to receive a fair, objective assessment. Please name your submission appropriately, e.g., HW1_LASTNAME_FIRSTNAME. You must include your full name and G-number in the final document you upload on Canvas. *** PLEASE ANSWER THE FOLLOWING QUESTIONS. THE KEY IS READING THE QUESTIONS CAREFULLY. FOR NUMERICAL PROBLEMS, YOU MUST SHOW YOUR COMPLETE CALCULATIONS FOR FULL CREDIT. 1. (SHOW YOUR COMPLETE WORK) A company reports the following data for one of its products for the first two quarters of year 2020: Quarter 1, 2020 Quarter 2, 2020 Output: Sales 125,000 units sold at $10 per 100,000 units sold at $10 per unit unit Inputs: Labor 2,750 labor-hours at $15 per 2,500 labor-hours at $15 per labor-hour labor-hour Machine 17,500 machine-hours at $12 per 7,250 machine-hours at $12 per machine-hour machine-hour Raw Materials 2,500 pounds at 54 per pound 2,250 pounds at $4 per pound 5,250 kWhs at $0.35 per kWh Energy 5,500 kWhs at $0.35 per kWh $6,250 Other Costs $6,000 Prashant Tarun Page 1 Annotate Edit PDF Go Window Help e Annotate 18% Fri 11:01 A T| Edit Update Homework_1-MGT416-40_Due_By_Sep7_2020_1159PM.PDF-Version A A A TO E 1 Updates Available A Do you want to restart to install the updates now or try tonight? a. Calculate the labor productivities (expressed in units sold per labor-hour) in quarters 1 and 2. Find the percentage change in labor productivity from quarter 1 to quarter 2. 14 points) b. Calculate the machine productivities (expressed in sales dollars earned per machine-hour) in quarters 1 and 2. Find the percentage change in machine productivity from quarter 1 to quarter 2. [6 points) c. Calculate the material productivities (expressed in sales dollars earned per dollar invested in raw materials) in quarters 1 and 2. Find the percentage change in material productivity from quarter 1 to quarter 2. 18 points) d. Calculate the energy productivities (expressed in units sold per dollar invested in energy) in quarters 1 and 2. Find the percentage change in energy productivity from quarter 1 to quarter 2. 16 points e. Calculate the labor-machine productivities (expressed in units sold per dollar invested in labor and machine) in quarters 1 and 2. Find the percentage change in labor-machine productivity from quarter 1 to quarter 2. [10 points) f. Calculate the machine-energy productivities (expressed in sales dollars earned per dollar invested in machine and energy) in quarters 1 and 2. Find the percentage change in machine- energy productivity from quarter 1 to quarter 2. 112 points 8. Calculate the machine-material-energy productivities (expressed in units sold per dollar invested in machine, raw materials, and energy) in quarters 1 and 2. Find the percentage change in machine-material-energy productivity from quarter 1 to quarter 2. 113 points h. Calculate the total factor productivities (expressed in sales dollars earned per total dollar invested in labor, machine, raw materials, energy, and other costs) in quarters 1 and 2. Find the percentage change in total factor productivity from quarter 1 to quarter 2. [19 points 2. (SHOW YOUR COMPLETE WORK) In the year 2020, a manufacturing plant will produce 2,100,000 units to meet the demand. To accomplish this, each worker will work 8 hours per day. Each worker will work 350 days in the year. If the labor productivity at the factory is 15 units per

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