W02 Project 01-2 AA

Expected annual demand for Galaxy jerseys 14,000 Ordering cost per purchase order $112 Carrying cost per year $10 per jersey   Each jersey costs PS $35 and sells for $70. The $10 carrying cost per jersey per year consists of the required return on investment of $5.95 ​(17​% ​× $35 purchase​ price) plus $4.05 in relevant​ insurance, handling, and storage costs. The purchasing lead time is 5 days. PS   Requirement 1. Calculate the EOQ.   Begin by selecting the formula used to calculate EOQ. ​(D=Demand in units for one​ year, P=Ordering cost per purchase​ order, C=Carrying cost of one unit in​ stock, Q=Any order​ quantity.)   ModifyingAbove EOQ equals StartRoot StartFraction 2 DP Over Upper C EndFraction EndRoot With Subscript   EOQ=2DPC    Part 2 ​(Round your answer to the nearest whole​ number.)   The EOQ is 560 jerseys. Part 3 Requirement 2. Calculate the number of orders that will be placed each year.   Determine the formula used to…

Data table Expected annual demand for Galaxy jerseys Ordering cost per purchase order Carrying cost per year Show Transcribed Text J Each jersey costs ES $40 and sells for $80. The $10 carrying cost per jersey per year consists of the required return on investment of $6.80 (17% x $40 purchase price) plus $3.20 in relevant insurance, handling, and storage costs. The purchasing lead time is 5 days. ES is open 365 days a year. Requirements J 14,000 $112 $10 per jersey Ć 1. Calculate the EOQ. 2. Calculate the number of orders that will be placed each year. 3. Calculate the reorder point.

31 PROBLEMS Problem 2-1 (IAA) Miracle Company manufacturers a product that is packaged and sold. A plate is offered to customers sending in three wrappers accompanied by a remittance of P10. of m Data with respect to the premium offer are summarized below. 2020 2021 3,600,000 390,000 5,000 4,200,000 580,000 9,000 Sales Purchase of premium, P50 per plate Number of plates distributed as premiums Estimated number of plates to be distributed in subsequent period Distribution cost P20 per plate 2,000 3,000 Required: Prepare journal entries that would be made in 2020 and 2021 to record sales, premium purchases and redemptions, and year-end adjustments.

1.      Complete the following table:   Purchase priceof product Downpayment  Amountfinanced Number of monthly  payments   Amount of monthly   payments Total of monthly payments Total financecharge Chevy Volt $21,000 $11,000 $ 60   $210 $ $

Solve finance question

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Item3       Assume the following information:     Amount Selling price $ 30   Variable expense ratio 80%   Fixed expenses $ 8,000 per month Unit sales 3,400 per month   How many units need to be sold to achieve a target profit of $16,150? Multiple Choice 4,025 units 1,003 units 2,692 units 6,092 units

Calculate the Following: 2022 Revenue: $600,000  Net units sold in 2022: 3,000 access points 2022 ending total units: 3,500 access points Monthly revenue per unit (ARPU) = ? Monthly gross margin per unit (AMPU) = ? One time cost per unit (access point and licensing): $400 One time cost for sales compensation per unit: $100 One time cost per unit to install service: $84 Monthly support costs per unit: $1.50 Payback period per unit sold = ? ​​​​​​​ Contract term: 36 months Instructions: Based upon fictitious data points in the above table please calculate: 1. Monthly revenue per unit (ARPU) 2. Monthly Gross Margin per unit ( AMPU) 3. Payback period per unit sold (How long will it take in months to start making profit off of 1 unit sold)? Once calculated explain your findings in a short analysis and recommendations you have associated with the findings.

Calculate the Following: 2022 Revenue: $600,000  Net units sold in 2022: 3,000 access points 2022 ending total units: 3,500 access points Monthly revenue per unit (ARPU) = ? Monthly gross margin per unit (AMPU) = ? One time cost per unit (access point and licensing): $400 One time cost for sales compensation per unit: $100 One time cost per unit to install service: $84 Monthly support costs per unit: $1.50 Payback period per unit sold = ? ​​​​​​​ Contract term: 36 months Instructions: Based upon fictitious data points in the above table please calculate: 1. Monthly revenue per unit (ARPU) 2. Monthly Gross Margin per unit ( AMPU) 3. Payback period per unit sold (How long will it take in months to start making profit off of 1 unit sold)? Once calculated explain your findings in a short analysis and recommendations you have associated with the findings.

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design a salary slip for the month of march 2021 with information given below. fixed vs variable ratio- 70:30 ctc - 20l basic- 50% hra- 20% travel allowance- 2000 insurance - 2500 incentives with 75% target completion pf 12% earned leaves - 7

Electronio ExperGecupancy Percentage 62 Month January April August 6,200 6,600 68 7,200 78 December 5,500 50 Jsing the highllow two point method to: 1 Determine the variable cost per 1poercent of occupancy 2 Estimate the fixed costs per month 3 What is the estimated total electric expense at 62 pecent of ocoupancy? ANSWER Month Electronic Expenses Oooupanoy Percentage High August 7,200 78 Low December 5,500 50 Difference 1,700 28 1 Variable cost per 1% of ocoupanoy = 61 2 Total variable cost of electric expense for December = Total fixed cost of electric expense for December = 3,035.71 2,464.29 Total variable cost of electric expense for August = Total fixed cost of electrio expense for August = 4,735.71 2,464.29 3 Using the fixed cost for December as the total fixed cost for estimation Total variable cost of electric expense at 62%. oooupancy = Total fixed oost of electric expense at 62% occupanoy Estimated total electric expense at 62% occupancy =

PROBLEM 14: MMM Company started operations in 2019. The following data are abstractedfrom the company’s production and sales records:  2019 2020 2021  Number of units  produced 120,000 116,250 101,250  Number of units sold 75,000 108,750 97,500  Unit production cost P 4.50 P 5.20 P 5.80  Sales revenue 600,000 900,000 975,000  Using the FIFO cost flow assumption, the gross profit for the year ended December 31, 2021 is:

Expected annual demand for Galaxy jerseys 14,000 Ordering cost per purchase order $112 Carrying cost per year $10 per jersey   Each jersey costs PS $35 and sells for $70. The $10 carrying cost per jersey per year consists of the required return on investment of $5.95 ​(17​% ​× $35 purchase​ price) plus $4.05 in relevant​ insurance, handling, and storage costs. The purchasing lead time is 5 days. PS is open 365 days a year.   Requirement 1. Calculate the EOQ.   Begin by selecting the formula used to calculate EOQ. ​(D=Demand in units for one​ year, P=Ordering cost per purchase​ order, C=Carrying cost of one unit in​ stock, Q=Any order​ quantity.)   ModifyingAbove EOQ equals StartRoot StartFraction 2 DP Over Upper C EndFraction EndRoot With Subscript   EOQ=2DPC    Part 2 ​(Round your answer to the nearest whole​ number.)   The EOQ is   jerseys.