ADA Normal No Spacing Heading 1 Instructions Read each scenario and answer the questions. When you have completed all case studies, save the document with your last name in the file (ex: Hoernemann Module 10 Cost-Benefit Analysis Assignment) and submit as an attachment to the appropriate submission folder . Case 1 Follow the instructions to work through the calculation of cost per billable test for a drug screen composed of five independently measurable assays, using the following information: Instrument was purchased for $116,000 and is depreciated over a period of five years The service contract for the instrument is $9,212 per year The laboratory reports 539 drug screens per month The reagent costs are as follows: Reagent Cost per Kit Annual Usage Amphetamines $135 128 kits Barbiturates $130 125 kits Benzodiazepines 133 kits Cocaine $145 129 kits Cannabinoids $115 146 kits . From the budget report you have spent the following: Medical supplies $205,874 Non-medical supplies $51,722 Other direct expenses $47,892 Travel and education $22,171 Salaries $1,892,354 Total billable tests for the year - 789, 352 $130 1 Calculate the equipment cost over five years (same amount of time as the depreciation period) by dividing the cost of the instrument by the number of drug screens that would be performed over five years (assume that the number of screens per month will not change). 2. Calculate the cost of the service contract by dividing the contract price by the annual usage E E AL - Aav Po Ao Eve Io. Av Norma 3. Calculate the annual reagent cost by multiplying the cost per kit by annual usage, adding up the totals, and dividing by the number of billable drug screens per year. 4. Calculate the annual costs by dividing each category of the budget report by the total annual billable tests 5. Calculate the cost per billable drug screen by adding up each cost calculated in questions 1., 4 2 PO Normal No Spac ' ' Aa v Av. Av Case 2 Your institution is considering the purchase of a new cell counter for hematology. You have evaluated many models from several manufacturers and have narrowed your choice down to two. Both companies offer reagent rental agreements as one purchasing option. Based on the following information, which instrument and which option is the most economical? Instrument 1 Instrument 2 Purchase Lease Purchase Lease Purchase Price $87,750 $0 $78,000 $0 Service Agreement (annual cost, to be $15,150 $0 $16,310 $0 maintained for 4 years) Reagent Cost $0.85 $1.10 $0.90 $1.14 (per test) The reagent pricing is based on a daily test volume of 265 samples per day 1. Calculate the service agreement costs for each instrument by multiplying the annual cost by 4 years (the contract length indicated in the instrument table) 3. Calculate the cost to purchase or lease each instrument by adding up the instrument cost, 4 year service agreement cost (calculated in question 1), and 5 year reagent cost (calculated in question 2). 4. Based on the overall cost for each instrument/payment option calculated in question 4, which is the best choice (lowest overall cost) for your laboratory? ADA Normal No Spacing Heading 1 Instructions Read each scenario and answer the questions. When you have completed all case studies, save the document with your last name in the file (ex: Hoernemann Module 10 Cost-Benefit Analysis Assignment) and submit as an attachment to the appropriate submission folder . Case 1 Follow the instructions to work through the calculation of cost per billable test for a drug screen composed of five independently measurable assays, using the following information: Instrument was purchased for $116,000 and is depreciated over a period of five years The service contract for the instrument is $9,212 per year The laboratory reports 539 drug screens per month The reagent costs are as follows: Reagent Cost per Kit Annual Usage Amphetamines $135 128 kits Barbiturates $130 125 kits Benzodiazepines 133 kits Cocaine $145 129 kits Cannabinoids $115 146 kits . From the budget report you have spent the following: Medical supplies $205,874 Non-medical supplies $51,722 Other direct expenses $47,892 Travel and education $22,171 Salaries $1,892,354 Total billable tests for the year - 789, 352 $130 1 Calculate the equipment cost over five years (same amount of time as the depreciation period) by dividing the cost of the instrument by the number of drug screens that would be performed over five years (assume that the number of screens per month will not change). 2. Calculate the cost of the service contract by dividing the contract price by the annual usage E E AL - Aav Po Ao Eve Io. Av Norma 3. Calculate the annual reagent cost by multiplying the cost per kit by annual usage, adding up the totals, and dividing by the number of billable drug screens per year. 4. Calculate the annual costs by dividing each category of the budget report by the total annual billable tests 5. Calculate the cost per billable drug screen by adding up each cost calculated in questions 1., 4 2 PO Normal No Spac ' ' Aa v Av. Av Case 2 Your institution is considering the purchase of a new cell counter for hematology. You have evaluated many models from several manufacturers and have narrowed your choice down to two. Both companies offer reagent rental agreements as one purchasing option. Based on the following information, which instrument and which option is the most economical? Instrument 1 Instrument 2 Purchase Lease Purchase Lease Purchase Price $87,750 $0 $78,000 $0 Service Agreement (annual cost, to be $15,150 $0 $16,310 $0 maintained for 4 years) Reagent Cost $0.85 $1.10 $0.90 $1.14 (per test) The reagent pricing is based on a daily test volume of 265 samples per day 1. Calculate the service agreement costs for each instrument by multiplying the annual cost by 4 years (the contract length indicated in the instrument table) 3. Calculate the cost to purchase or lease each instrument by adding up the instrument cost, 4 year service agreement cost (calculated in question 1), and 5 year reagent cost (calculated in question 2). 4. Based on the overall cost for each instrument/payment option calculated in question 4, which is the best choice (lowest overall cost) for your laboratory