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BUSINESS PHY 102 Physics

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  • 3 pages Chapter 4 problem.xlsx
    • Chapter 4 problem.xlsx
    • Embry-Riddle Aero University
    • Physics
    • BUSINESS PHY 102 - Spring 2016
    • 1. Prepare Peg Jone's response to Stephen Ruth Northern Airframe Year Airframe Cost Engine Cost Avg 2001 51.8 6,512 2002 54.92 8,404 2003 69.7 11,077 2004 68.9 11,717 2005 63.72 13,275 2006 84.73 15,215 2007 78.74 18,390 Average Intercept Slope SE Forecas
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    Chapter 4 problem.xlsx

  • 2 pages PHY 102 Homework Assignment.docx
    • PHY 102 Homework Assignment.docx
    • Embry-Riddle Aero University
    • Physics
    • BUSINESS PHY 102 - Spring 2016
    • Nelson Attis PHY 102 Homework Assignment Chapter 2. 2. A child weighs 300 N. What is the childs mass? W = 300 N N/m/s2 = kg g = 9.8 m/s2 m =? (Kg) m = 300 N/9.8 m/s2 m = W/g m = 30.6 kg 4. Weight = m*g and m is given at 1130 kg and g = 9.8 m/s^2 so the el
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    PHY 102 Homework Assignment.docx

  • 8 pages Copy of Copy of P11-Airline.xls
    • Copy of Copy of P11-Airline.xls
    • Embry-Riddle Aero University
    • Physics
    • BUSINESS PHY 102 - Spring 2016
    • North-South Airline Forecasting Causal regression analysis Enter the (Y,X) pairs in cells shaded YELLOW. Enter new value of X at the bottom to forecast Y. Enter the (Y,X) pairs in cells shaded YELLOW. Enter new value of X at the bottom to forecast Y. Inpu
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    Copy of Copy of P11-Airline.xls

  • 8 pages Chapter 4 North-South Airline Case study.xlsx
    • Chapter 4 North-South Airline Case study.xlsx
    • Embry-Riddle Aero University
    • Physics
    • BUSINESS PHY 102 - Spring 2016
    • North-South Airline Forecasting Causal regression analysis Enter the (Y,X) pairs in cells shaded YELLOW. Enter new value of X at the bottom to forecast Y. Enter the (Y,X) pairs in cells shaded YELLOW. Enter new value of X at the bottom to forecast Y. Inpu
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    Chapter 4 North-South Airline Case study.xlsx

  • 4 pages Chapter 6 problems.xlsx
    • Chapter 6 problems.xlsx
    • Embry-Riddle Aero University
    • Physics
    • BUSINESS PHY 102 - Spring 2016
    • Item SL2 Part A Week 1 Week 2 Week 3 Required Date . . . Order Release . . . . . Required Date . . Order Release . Part B . . . Required Date . . Order Release . . 800 . . Sub assembly Required C Date . . Order Release . Part D . 1600 . . Required Date .
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    Chapter 6 problems.xlsx

  • 4 pages Case study Activity 1.9.xlsx
    • Case study Activity 1.9.xlsx
    • Embry-Riddle Aero University
    • Physics
    • BUSINESS PHY 102 - Spring 2016
    • The total fixed cost per game includes salaries, rental fees, and cost of the workers in the six booths. These are: Salaries = $20,000 Rental fees = 2,400 $2 = $4,800 Booth worker wages = 6 6 5 $7 = $1,260 Total fixed cost per game = $20,000 + $4,800 + $1
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    Case study Activity 1.9.xlsx

  • 4 pages Activity 4.6.xlsx
    • Activity 4.6.xlsx
    • Embry-Riddle Aero University
    • Physics
    • BUSINESS PHY 102 - Spring 2016
    • Historic and Forecast demand data Inventory plan calculations Demands for AirWing Model Month 2000 EOQ Safety stock 68 40 Reorder point 77 2001 Forecast For 2002 January 6 7 8 February 12 14 15 March 24 27 31 April 46 53 59 Inventory plan cost calculation
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    Activity 4.6.xlsx

  • 1 pages Problem 6-53.xlsx
    • Problem 6-53.xlsx
    • Embry-Riddle Aero University
    • Physics
    • BUSINESS PHY 102 - Spring 2016
    • SOLUTION Since 70% of the time, range of sale is 2900-3100. So, weekly sales is calculated as below :Sales Prob 3000 2900 Weekly sales : Sales * Sales * Sales * Prob Sales Prob Prob Sales Prob Prob 0.3 900 3000 0.3 900 3000 0.3 900 0.7 2030 3000 0.7 2100
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    Problem 6-53.xlsx

  • 1 pages Problem 6-37.xlsx
    • Problem 6-37.xlsx
    • Embry-Riddle Aero University
    • Physics
    • BUSINESS PHY 102 - Spring 2016
    • Question: Ralph Janaro simply does not have time to analyze all of the items in his company's inventory. As a young manager, he has more important things to do. The following is a table of six items in inventory along with the unit cost and the demand in
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    Problem 6-37.xlsx

  • 1 pages Problem 6.29.xls
    • Problem 6.29.xls
    • Embry-Riddle Aero University
    • Physics
    • BUSINESS PHY 102 - Spring 2016
    • Demand Container Capacity Cost per order Carrying cost 5000 100 5,000 $10 $10 diesel engine cubic ft cubic ft per engine Assuming a 360-day year EOQ 100 This should be the quantity ordered, but because of the constraint in the warehouse the company can on
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    Problem 6.29.xls

  • 2 pages Quiz 1.docx
    • Quiz 1.docx
    • Embry-Riddle Aero University
    • Physics
    • BUSINESS PHY 102 - Spring 2016
    • Which of the following is NOT a derived unit? a. m b. m3 c. m2 d. m/s2 e. m/s status: correct (1.0) correct: a your answer: a feedback: Correct. What happens to the period of a pendulum as its frequency is increased? a. the period decreases b. more inform
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    Quiz 1.docx

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    • Profile picture
    Oct 27, 2016
    | No strong feelings either way.

    This class was tough.

    Course Overview:

    It was a challenging course, not good or bad. There was a good bit of work to accomplish some weeks and not as much others. The amount of material thrown at you at one time can become overwhelming.

    Course highlights:

    I learned a lot about the different types of laws.

    Hours per week:

    12+ hours

    Advice for students:

    Study.....a lot. Then study more, and then do it again.

    • Summer 2015
    • N/A
    • Yes
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