Explanation Straight Line Depreciation can be calculated by using the following formula: Depreciation = capital investment ( percentage of depreciable asset ) Depreciation time period (1) Substitute the respective values in Equation (1) to calculate the depreciation. Depreciation = 100 , 000 ( 0.8 ) 4 = 80 , 000 4 = 20 , 000 Depreciation is $20,000. The depreciation in General Depreciation System for first and last year can be calculated using the following formula: Depreciation = 1 2 × capital investment ( percentage of depreciable asset ) Depreciation time period (2) Substitute the respective values in Equation (2) to calculate the depreciation in the first year. Depreciation = 1 2 × 100 , 000 ( 0.8 ) 4 = 1 2 × 80 , 000 4 = 1 2 × 20 , 000 = 10 , 000 Depreciation is $10,000. The depreciation in General Depreciation System between 1 st and 5 th year can be calculated using the following formula: Depreciation = capital investment ( percentage of depreciable asset ) Depreciation time period (3) Substitute the respective values in Equation (3) to calculate the depreciation in the 1 st year. Depreciation = 100 , 000 ( 0.8 ) 4 = 80 , 000 4 = 20 , 000 Depreciation for the year 2 to 4 is $20,000. Tim period is denoted by n and interest rate is denoted by i. the increasing rate is denoted by f. Present worth (PW) of performance level can be calculated by using the below formula: PW = ( − Capital investment + ( ( Tax rate Effective ) ( Expense Rate ) ( Investment ) ) + ( 1 − effective tax rate ) × ( cost saving ) + × ( 1 − ( 1 ( 1 + i ) n ) ( 1 + f ) n ) i − f + ( Tax rate Effective ) × ( Depreciation 2 to 4 ) × ( ( 1 + i

Calculate the expected present worth.

Engineering Economy

16th Edition

ISBN: 9780133582819

Author: Sullivan

Publisher: DGTL BNCOM

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Chapter 12, Problem 10P

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Calculate the expected present worth.

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Chapter 12, Problem 9P

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PART II: Multipart Problems wood or solem of triflussd aidi 1. Assume that a society has a polluting industry comprising two firms, where the industry-level marginal abatement cost curve is given by: MAC = 24 - ()E and the marginal damage function is given by: MDF = 2E. What is the efficient level of emissions? b. What constant per-unit emissions tax could achieve the efficient emissions level? points) c. What is the net benefit to society of moving from the unregulated emissions level to the efficient level? In response to industry complaints about the costs of the tax, a cap-and-trade program is proposed. The marginal abatement cost curves for the two firms are given by: MAC=24-E and MAC2 = 24-2E2. d. How could a cap-and-trade program that achieves the same level of emissions as the tax be designed to reduce the costs of regulation to the two firms?
Only #4 please, Use a graph please if needed to help prove
a-c
For these questions, you must state "true," "false," or "uncertain" and argue your case (roughly 3 to 5 sentences). When appropriate, the use of graphs will make for stronger answers. Credit will depend entirely on the quality of your explanation. 1. If the industry facing regulation for its pollutant emissions has a lot of political capital, direct regulatory intervention will be more viable than an emissions tax to address this market failure. 2. A stated-preference method will provide a measure of the value of Komodo dragons that is more accurate than the value estimated through application of the travel cost model to visitation data for Komodo National Park in Indonesia. 3. A correlation between community demographics and the present location of polluting facilities is sufficient to claim a violation of distributive justice. olsvrc Q 4. When the damages from pollution are uncertain, a price-based mechanism is best equipped to manage the costs of the regulator's imperfect…
For environmental economics, question number 2 only please-- thank you!
For these questions, you must state "true," "false," or "uncertain" and argue your case (roughly 3 to 5 sentences). When appropriate, the use of graphs will make for stronger answers. Credit will depend entirely on the quality of your explanation. 1. If the industry facing regulation for its pollutant emissions has a lot of political capital, direct regulatory intervention will be more viable than an emissions tax to address this market failure. cullog iba linevoz ve bubivore
Exercise 3 The production function of a firm is described by the following equation Q=10,000-3L2 where L stands for the units of labour. a) Draw a graph for this equation. Use the quantity produced in the y-axis, and the units of labour in the x-axis. b) What is the maximum production level? c) How many units of labour are needed at that point? d) Provide one reference with you answer.
Exercise 1 Consider the market supply curve which passes through the intercept and from which the market equilibrium data is known, this is, the price and quantity of equilibrium PE=50 and QE=2000. Considering those two points, find the equation of the supply. Draw a graph of this line. Provide one reference with your answer. Exercise 2 Considering the previous supply line, determine if the following demand function corresponds to the market demand equilibrium stated above. QD=3000-2p.
Consider the market supply curve which passes through the intercept and from which the marketequilibrium data is known, this is, the price and quantity of equilibrium PE=50 and QE=2000.a. Considering those two points, find the equation of the supply. b. Draw a graph of this line.
Government Purchases and Tax Revenues A B GDP T₂ Refer to the diagram. Discretionary fiscal policy designed to slow the economy is illustrated by Multiple Choice the shift of curve T₁ to T2. a movement from d to balong curve T₁.
Section III: Empirical Findings: Descriptive Statistics and inferential statistics………………..40% Descriptive statistics provide details about the Y variable, based on the sample for the 10-year period. Here, you use Excell or manually compute Mean or the average income per capita. Interpret the meaning of average income per capita. Draw the line chart showing the educational performance over the time-period of your study. Label the Vertical axis as Y performance and X axis as the explanatory variable (X1) . Do the same thing between Y and X2 Empirical/ Inferential Statistics: Here, use the sample information to perform the following: Draw the Scatter plot and impose the trend line: showing the Y variable and explanatory variables ( X1). Draw the scatter plot and impose the tend line: Showing Y and X2. Does your evidence (data) support your theory? Refer to the trend line: Is the relationship positive or negative as expected? Based on the data sheet below: Years Y ( per…
Section III: Empirical Findings: Descriptive Statistics and inferential statistics………………..40% Descriptive statistics provide details about the Y variable, based on the sample for the 10-year period. Here, you use Excell or manually compute Mean or the average income per capita. Interpret the meaning of average income per capita. Draw the line chart showing the educational performance over the time-period of your study. Label the Vertical axis as Y performance and X axis as the explanatory variable (X1) . Do the same thing between Y and X2 Empirical/ Inferential Statistics: Here, use the sample information to perform the following: Draw the Scatter plot and impose the trend line: showing the Y variable and explanatory variables ( X1). Draw the scatter plot and impose the tend line: Showing Y and X2. Does your evidence (data) support your theory? Refer to the trend line: Is the relationship positive or negative as expected? Create graphs based on table below; Years Y ( per…

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