Leopold was clearly offering an alternative definition of, and orientation for, conservation. Though it sounds simplistic, for Leopold, conservation required the establishment of a state of harmony between humans and nature, which implied a commitment to two principles: that we strive to understand how the natural world functions; and that we practice precaution in our use of the natural world. These two principles are well reflected in the following excerpts from a couple of Leopoldās better known essays.
Health is the capacity of the land for self-renewal. Conservation is our effort to understand and preserve this capacity. - 'The Land Ethic' (1949)
The last word in ignorance is the man (sic) who says of an animal or plant: "What good is it?" If the land mechanism as a whole is good, then every part is good, whether we understand it or not. If the biota, in the course of aeons, has built something we like but do not understand, then who but a fool would discard seemingly useless parts? To keep every cog and wheel is the first precaution of intelligent tinkering. - 'Round River' (1953)
This call to think ecologically was loudly heard again later in the century with the publication of Rachel Carsonās 1962 book, Silent Spring, which publicized the impacts of agricultural pesticides on wildlife and human health. While Carsonās book was largely read as a warning to humanity, consistent with the shallow, human-centred, form of environmentalism that emerged in the late 1960s, her real intent was arguably to challenge us to recognize our existence within ecosystems and the utter foolishness of non-ecological thinking.
Activity Thinking Ecologically
you are asked to think about how the use of a highly persistent and broad spectrum insecticide like dichlorodiphenyltrichloroethane (DDT) shows ignorance of ecological thinking? Put another way, why would an ecologist think that it makes little sense to use DDT? Can you come up with three (3) points?
Please do little research and provide the reference (thank you )
In: Biology
For our final assignment, please apply MS-Excel spreadsheets to solve the (A) WACC, (B) Internal Rate of Return, and (C) Net Present Value of a miniature golf course project under consideration.
You may discuss key concepts with your team member, but you should work on this assignment on an individual basis
For submission, please prepare two files to upload.
The first file is an MS-Excel file with functions
applied to solve the problems, as we introduced in class. The
second file is an MS-Word (or text/PDF) file to provide your
answers and discussion of this question.
~~~ ~~~
Outdoor Sports is considering adding a miniature golf course to its facility. Given the following information for Outdoor Sports, please find the (A) WACC, (B) Internal Rate of Return, and (C) Net Present Value of this project. Assume the company's tax rate is 34 percent.
[Project]
The miniature golf course would cost $138,000, would be depreciated on a straight-line basis over its five-year life, and would have a zero salvage value. The estimated income from the golfing fees would be $72,000 a year with $24,000 of that amount being variable cost. The fixed cost would be $11,600. In addition, the firm anticipates an additional $14,000 in revenue from its existing facilities if the golf course is added. The project will require $3,000 of net working capital, which is recoverable at the end of the project.
[Financial data]
Debt: 7,500, 8.4 percent coupon bonds outstanding. $1,000 par value, 22 years to maturity, selling for 103 percent of par, the bonds make semiannual payments.
Common stock: 195,000 shares outstanding, selling for $78 per share, beta is 1.21.
Preferred stock: 11,000 shares of 6.35 percent preferred stock outstanding, currently selling for $76 per share.
Market: 8 percent market risk premium and 5.1 percent risk-free rate.
In: Accounting
Vegfrost Corporation produces cases of frozen food. During May, the company produced and sold 1,450 cases of food and incurred the following actual costs:
Variable overhead £11,000
Fixed overhead £26,000
Actual labour cost (8,000 direct-labour hours) £151,200
Actual material cost (30,000 kilos purchased and used) £66,000
The actual selling price per case was £240.
Overheads are budgeted and applied using direct-labour hours in
a standard costing system.
Standard cost and budget information for May are as follows:
Standard cost per case:
Direct labour (5 hours at £18 per hour) £90
Direct material (20 kilos at £2 per kilo) £40
Variable overhead (5 direct-labour hours at £1.50 per hour) £7.50
Fixed overhead (5 direct-labour hours at £3 per hour) £15
Total £152.50
May sales budget information:
Budgeted revenues £345,000
Budgeted selling price per case £230
Given the perishable nature of the product, to prepare the budget,
Vegfrost assumed that all
cases produced in May would be sold (there is no inventory of
cases).
Required:
a) Prepare a budgeted profit and loss statement and an actual
profit and loss statement for May, using a contribution margin
format, and indicate the total profit variance.
b) Flex the budget; calculate the flexible budget variances for all
items and the overall flexible budget variance. Indicate if each
variance is favourable or unfavourable. When flexing the budget,
please note that āoutput volumeā for this business is the number of
cases produced and sold.
c) Reconcile actual and planned profit by analysing the variances
for sales revenue and all costs items, separately. Be as specific
as you can using the data available.
d) In a report format, present the results of the analysis to the
owners of Vegfrost and explain them the reasons for the variances.
Advise the owners and indicate which additional data you would
recommend them to collect to improve the analysis and why.
Word limit: 600 words
In: Accounting
Instructions:
Quite often, I have heard many people say that "a managers job is simply to tell people what to do." I sometimes wonder if that is true! Hey, I just thought of a great idea. Instead of just wondering if that statement has any validity to it, let's just ask a manager.
Your task for this week is to interview a manager. It can be a present or past manager or someone whom you have never worked with. You may choose any organization you wish - perhaps one in which you or a family member/friend have worked. Feel free to choose a for-profit or not-for-profit organization. Below is a list of questions to help get you started.
Once you have completed your interviews, develop a summary of your findings that includes:
Your thoughtful input should reflect application of concepts studied in this module, and should reflect proper use of English grammar, spelling, punctuation, word usage, sentence structure, and paragraph structure.
In: Economics
In: Computer Science
Using Virtualbox in Debian, write a simple program (a single .cpp file) in Linux shell C++
Rules:
-Use fork(), exec(), wait(), and exit()
_______________________________________________________________________________________________________________________________________________
-A line of input represents a token group.
-Each token group will result in the shell forking a new process and then executing the process.
e.g. cat ān myfile.txt // a token group
-Every token group must begin with a word that is called the command(see example above). The words immediately following a command are calledarguments(e.g. there are two arguments for the catcommand above).A command may be followed bynone, one, or more argumentsas the command allows to have.
_______________________________________________________________________________________________________________________________________________
Shell Commands:
ls: a token group containing one token(i.e.a command)
ls -l: a token group containing two tokens (i.e.a command and an argument)
sort infile: a tokengroup containingtwo tokens (i.e.acommand and an argument)
dir: a token group containingonly one token (i.e.a command)
sort ādinfile: atoken group containingthree tokens (i.e.a command and two arguments)
cat infile: a token group containing two tokens (i.e.a command and an argument)
Lines of input are interpreted once their tokens are correctly extracted.Your shell should first print a # sign to the screen representing a prompt and wait there until the user types in a command. Your shell then spawns a child process to carry out the command.When yourshell finishes processingthe current line, it prints a # sign again to the screen waiting for the user to type in another command.This process is repeated until the user presses Ctrl-C to terminate your shell.
-Every command is to be interpreted as a valid Linux executable to be executed.
-All commands are assumed to be in the current directory.
-After interpreting a command, the shell should wait for the forked processto terminate before processingthe next line of input.
The program should be able to extract tokens from each input line entered by the user. If you have problems with extracting tokens from input lines, you may use the C++ library function strtok() to do it.
In: Computer Science
Instructions:
Quite often, I have heard many people say that "a managers job is simply to tell people what to do." I sometimes wonder if that is true! Hey, I just thought of a great idea. Instead of just wondering if that statement has any validity to it, let's just ask a manager.
Your task for this week is to interview a manager. It can be a present or past manager or someone whom you have never worked with. You may choose any organization you wish - perhaps one in which you or a family member/friend have worked. Feel free to choose a for-profit or not-for-profit organization. Below is a list of questions to help get you started.
Once you have completed your interviews, develop a summary of your findings that includes:
Your thoughtful input should reflect application of concepts studied in this module, and should reflect proper use of English grammar, spelling, punctuation, word usage, sentence structure, and paragraph structure.
In: Finance
RET Inc. currently has two products, low and high priced stoves. REX Inc. has decided to sell a new line of medium-priced stoves. Sales revenues for the new line of stoves are estimated at $600 a year. Variable costs are 60% of sales. The project is expected to last 10 years. Also, non-variable costs are $200 per year. The company has spent $100 in research and a marketing study that determined the company will have synergy gains/sales of $200 a year from sales of its existing high-priced stoves. The production variable cost of these sales is $100 a year.
The plant and equipment required for producing the new line of stoves costs $300 and will be depreciated down to zero over 30 years using straight-line depreciation. It is expected that the plant and equipment can be sold (salvage value) for $50 at the end of 10 years. The new stoves will also require today an increase in net working capital of $20 that will be returned at the end of the project.
The tax rate is 20 percent and the cost of capital is 10%.
1. What is the initial outlay (IO) for this project?
2. What is the annual Earnings before Interests, and Taxes (EBIT) for this project?
3. What is the annual net operating profits after taxes (NOPAT) for this project?
4. What is the annual incremental net cash flow (operating cash flow: OCF) for this project?
5. What is the remaining book value for the plant at equipment at the end of the project?
6. What is the cash flow due to tax on salvage value for this project? Enter a negative # if it is a tax gain. For example, if your answer is a tax on capital gains of $3,004.80 then enter -3,005 ; if your answer is a tax shelter from a capital loss of $1,000.20 then enter 1,000
7. What is the project's cash flow for year 10 for this project?
8. Is the Net Present Value (NPV) for this project positive or negative? Just write the word positive or negative
In: Finance
Analyze 1 of the following government intervention programs:
Write a 700- to 1,050-word summary of your analysis. Identify the intervention and the market failure leading up to the intervention. Complete the following in your paper:
References
https://www.congress.gov/bill/111th-congress/house-bill/1/text
https://projects.propublica.org/bailout/
https://www.bea.gov/
https://www.congress.gov/110/plaws/publ343/PLAW-110publ343.pdf
https://www.frbsf.org/
https://fred.stlouisfed.org/
http://www.oecd.org/
https://www.bls.gov/
https://www.census.gov/
In: Economics
This exercise requires designing a program which solves the problem described in the problem statement below. Provide comments in your pseudo-code and Java program as necessary.
Your solution must include these components:
Problem Statement
Design a class named Pet, which should have the following fields:
name: The name field holds the name of a pet.
type: The type field hold the type of animal that a pet is (for example, ādogā, ācatā, ābirdā)
age: The age field holds the petās age.
The Pet class should also have the following methods:
setName: the setName method stores a value in the name field.
setType: the setType method stores a value in the type field
setAge: the setAge method stores a value in the age field.
getName: the getName method returns the value of the name field.
getType: The getType method returns the value of the type field.
getAge: the getAge method returns the value of the age field.
Once you have designed the class, design a program that creates an object of the class and prompts the user to enter the name, type, and age of his or her pet. This data should be stored in the object. Use the objectās accessor methods to retrieve the petās name, type, and age and display this data on the screen.
Expected Output
Your results should be similar to the following:
Please enter the name of your pet: Maestro
Please enter the type of your pet: dog
Please enter the age of your pet: 8
The name of your pet is Maestro.
Maestro is a dog.
Maestro is 8 years old.
Submission
Submit your assignment as a Microsoft Word document (.docx) with all components in the one document. Once submitted, the answer will be revealed.
Grading
This practice problem is NOT graded. However, you must complete the practice problem and survey before your graded programming assignment problem will be revealed.
In: Computer Science