Student Name Kahima Alaza Section 83 Date 11.20 2019 Report on Laboratory Experiment - Air Column Resonancet The Spee Air Column Resonance: The Speed of Sound" A. Speed of Sound from Air Column Resonance Speed of so Tuningfork 1 Node Frequency Location (meters) A (meters) meters) L- 3-2-4- Hertz Dy meters per second) -2. ( 1 ) = 2:14,-4)= 2 Frequency Tuning fork 2 Node Location (meters) LE Hertz (meters) A (meters) 0 meters per second) 122 - 2 -4 = 2 ( 2 ) = 2-12, -4)= Y = - = The average speed of sound me 2 meters per second B. Speed of Sound from Temperature Equation Air temperature in Celsius degrees (Room Temperature) Tar = Speed of Sound up from Temperature Equation (accepted speed of sound): or = 331.5 +0.6. - meters per second C. % Error %Error Yello homasook BUS 210 - Professor Early ASSIGNMENT 6 (Depreciation) Using MS Excel complete the problems: Show all calculations. Problem 1 A firm has earnings of $12,000 before depreciation and taxes (EBTDA). A new plece of equipment is purchased and installed at a cost of $10,000. The equipment has a five year life for tax purpose and the firm pays 25% in income taxes. A. What are the net income and quick cash flow for the firm in years two (2) and five (5) using: (a) Straight Line and (b) Modified Accelerated Cost Recovery Depreciation methods. B. What is the source of the difference in Net Income and Cash Flow? Assume MACRC deprecation percentages are as follows: Year Percentage 20.00% 32.00% 19.20% 11.52% 11 52% 5.76% Problem 2. Prepare Depreciation(s) Schedule under: 1. Straight Line, 2. Unit of Production & 3. MACRS (3 Depreciation schedules must be completed Given the following Information: Cost of the Machine: $94,000.00 Salvage Value: $4,000.00 Useful Life: 5 yrs. Life time Units Produced: 100,000 Yr. 1 production: 10,000 Yr. 2 production 15,000 Yr. 3 production 20,000 Yr. 4 production 25,000 Yr. 5 production ????? Student Name Kahima Alaza Section 83 Date 11.20 2019 Report on Laboratory Experiment - Air Column Resonancet The Spee Air Column Resonance: The Speed of Sound" A. Speed of Sound from Air Column Resonance Speed of so Tuningfork 1 Node Frequency Location (meters) A (meters) meters) L- 3-2-4- Hertz Dy meters per second) -2. ( 1 ) = 2:14,-4)= 2 Frequency Tuning fork 2 Node Location (meters) LE Hertz (meters) A (meters) 0 meters per second) 122 - 2 -4 = 2 ( 2 ) = 2-12, -4)= Y = - = The average speed of sound me 2 meters per second B. Speed of Sound from Temperature Equation Air temperature in Celsius degrees (Room Temperature) Tar = Speed of Sound up from Temperature Equation (accepted speed of sound): or = 331.5 +0.6. - meters per second C. % Error %Error Yello homasook BUS 210 - Professor Early ASSIGNMENT 6 (Depreciation) Using MS Excel complete the problems: Show all calculations. Problem 1 A firm has earnings of $12,000 before depreciation and taxes (EBTDA). A new plece of equipment is purchased and installed at a cost of $10,000. The equipment has a five year life for tax purpose and the firm pays 25% in income taxes. A. What are the net income and quick cash flow for the firm in years two (2) and five (5) using: (a) Straight Line and (b) Modified Accelerated Cost Recovery Depreciation methods. B. What is the source of the difference in Net Income and Cash Flow? Assume MACRC deprecation percentages are as follows: Year Percentage 20.00% 32.00% 19.20% 11.52% 11 52% 5.76% Problem 2. Prepare Depreciation(s) Schedule under: 1. Straight Line, 2. Unit of Production & 3. MACRS (3 Depreciation schedules must be completed Given the following Information: Cost of the Machine: $94,000.00 Salvage Value: $4,000.00 Useful Life: 5 yrs. Life time Units Produced: 100,000 Yr. 1 production: 10,000 Yr. 2 production 15,000 Yr. 3 production 20,000 Yr. 4 production 25,000 Yr. 5 production
