A construction company has 3 categories of casual
workers. Category A,B and C. Workers in categories A are paid 1000
per day for first 25 days, you are paid 800 per day for less than
25 days, any extra day after 25th you are paid 1200 per day. In
categorie B you are paid 800 per day if you work for 25 days
otherwise you are paid 600 per day if you work for less than 25
days . 1000 per day for any day after 25th.
Category C 600 per day for 25 days , 400 per day for days before 25
days and 800 per day for days after 25th day
Question
1.write an algorithm
2. Translate to flowchart
3. Translate into actual program using language of your choice
In: Computer Science
Question 9
Nodebt Ltd has a capital structure of 100% ordinary equity with a current return on equity of 18%: Its Earnings before Interest and Taxation was $142,857. Nodebt pays tax at the rate of 30%.
Click or tap here to enter text.
(2marks)
Click or tap here to enter text.
Click or tap here to enter text.
Click or tap here to enter text.
Click or tap here to enter text.
Click or tap here to enter text.
Explain what has happened to the WACC and why?
In: Accounting
3. A firm is initially unlevered and the market value of its equity is $800 million. The firm is planning to issue $250 million of perpetual debt and repurchase equity of an equal amount. The corporate tax rate is 20%. Assume that there are no costs of financial distress and that the discount rate for the interest tax shields is equal to the cost of debt. Remarks: i. Assume the EBIT each year will be high enough so the 30 percent limit on the interest deduction will not be reached. (Therefore the entire interest expense is tax deductible.) ii. The cost of debt rD is not given. This is not a mistake, you can answer this question without knowing rD. (Hint: with perpetual debt, you pay the same amount of interest each year, so the interest tax shield is a perpetuity.)
a. What will be the increase in the value of the firm after this transaction?
b. What is the market value of the equity after the transaction?
c. What is the wealth of the shareholders before and after the change in capital structure?
In: Finance
A red ball is thrown down with an initial speed of 1.4 m/s from a height of 29 meters above the ground. Then, 0.6 seconds after the red ball is thrown, a blue ball is thrown upward with an initial speed of 25.6 m/s, from a height of 1 meters above the ground. The force of gravity due to the earth results in the balls each having a constant downward acceleration of 9.81 m/s2.
1)
What is the speed of the red ball right before it hits the ground?
m/s
2)
How long does it take the red ball to reach the ground?
s
3)
What is the maximum height the blue ball reaches?
m
4)
What is the height of the blue ball 1.8 seconds after the red ball is thrown?
m
5)
How long after the red ball is thrown are the two balls in the air at the same height?
s
In: Physics
You are evaluating how much Ace Limo should charge a client who will lease a car for 7 years. It will cost Acme $85,000 to buy the car and the car can be depreciated on a five-year MACRS schedule. Acme Limo’s pretax administrative costs including Maintenance, Insurance and Selling Cost are $10,000 per year and they occur at the beginning of each year. The after tax cost of capital is 10% and the tax rate is 21%. Lease payments are made in advance, that is, at the start of each year. The inflation rate is zero.
How much is the present value of after tax administrative costs?
What is the present value of Depreciation tax Shield?
What is the after tax break-even operating lease rate for the car?
What is the before tax break even operating lease rate for the car?
Depreciation Table for 5-year asset
Year %
1 20.00%
2 32.00%
3 19.20%
4 11.52%
5 11.52%
6 5.76%
In: Finance
1. explain the difference between an ionic, covalent, and hydrogen bond.
2. draw and describe the electronic configuration pf NaCI before and after the transfer of electrons.
3. what are the four major macromolecules and what are the corresponding building blocks from which each of these macromolecules are made?
4. draw and describe an example of a reaction that shows how a dipeptide is formed and broken down.
5. explain how each of the macromolecules contributes to the development and maintenance of hair.
6. describe each level of protein structure: 1. Primary, 2. secondary, 3. tertiary, 4. quaternary. what type of chemical bonds stabilize these different structures and how?
7. briefly compare and contrast oxidizing and reducing reagents and the role that they play in building chemical bonds.
8. what happens to the protein structure (keratin) of curly hair after a chemical relaxer and heat are applied and what happens to straight hair after a chemical perm or relaxer is applied?
In: Biology
3) A 2 kg block is sliding at an initial speed of 10 m/s across a surface, encountering a constant friction force of 7 N. How much work is done on the block after it slides 22 cm?
Answer:
Hint: Does the block gain or lose energy during
this process? What sign does this imply for the work done on
it?
4) How fast is the block moving after sliding 22 cm?
Answer:
Hint: You can treat the block like a simple
particle. What kind of energy does it have and how is this affected
by the work done on it?
5) What's the total distance the block travels before coming to
rest?
Correct, computer gets: 14.29 m
6) What is the average power of friction on the block over the time
it takes the block to come to rest?
Answer:
7) What was the instantaneous power of friction on the block after
it slid the first 22 cm?
Answer
In: Physics
The BoomBoom Chemical Company is considering purchasing a new production machine. The machine has a cost of $250,000 and would cost an additional $10,000 after-tax to install. If purchases, the machine will increase earnings before interest and tax by $70,000 per annum. To operate effectively, raw material inventory would need to be increased by $10,000. The machine has an expected life of 10 years and no salvage value. It will be depreciated straight line (prime cost) over its 10 year life. The company has a marginal tax rate of 30 per cent and a cost of capital of 15 per cent.
REQUIRED:
(i) Calculate the initial outlay associated with the project.
(ii) Calculate the annual after-tax net cash flows associated with the project over years 1 -10.
(iii) Calculate the after-tax net cash flow in year 10.
(iv) Calculate the net present value of the project.
In: Finance
PLEASE DO IN C#
Warehouse Inventories
Objective:
Work with multiple objects and review reading data files.
Description: A wholesale distributor has six warehouses (Atlanta, Baltimore, Chicago, Denver, Ely and Fargo) and sells five different items (identified by part number: 102, 215, 410, 525 and 711). Each warehouse may stock any or all of the five items. The company buys and sells these items constantly. Company transaction records contain a transaction code (‘P’ for a purchase or ‘S’ for a sale) followed by an item number and the quantity (bought or sold).
The transaction records are contained in a transaction data file named Transactions.txt.
Sample transaction records: Transactions.txt
P 410 1000
S 215 120
S 711 300
|
A separate data file contains the initial status of the six warehouses at the beginning of the day (i.e., the ending status from the night before). This data file has only six records (lines). Each record (line) contains five numbers that show the quantity on hand for the five items in that warehouse. This file is named Inventory.txt.
Sample status data file: Inventory.txt
500 120 60 0 350
100 230 0 50 0
0 75 0 0 220
600 50 120 300 40
210 160 30 80 50
90 50 90 200 70
|
The status data file is updated by processing the transaction records in the transaction data file according to these rules:
1 – For a sale (‘S’) – subtract the quantity sold from the warehouse that
has the largest supply of that item on hand.
2 – For a purchase (‘P’) – add the quantity purchased to the warehouse
that has the lowest supply of that item on hand.
Instructions:
Write an object-oriented C# program to do the above inventory warehouse processing. Each of the six warehouses should be treated as an individual object. For example, Atlanta would be an object with each of the five part numbers as instance fields. Each of the other warehouses should also be objects with the five part numbers as instance fields. Of course, there would be one class which would be the main (driver) class from which these 6 objects would be created.
In the beginning of the program, the status data file (Inventory.txt) should be read and an object for each warehouse created. The Inventory.txt data file is in the following order: the first line is the Atlanta warehouse, the second line is the Baltimore warehouse, third Chicago, then Denver, Ely and Fargo. After the objects are created, the transactions data file (Transactions.txt) are read and processed.
The objects should be updated as the transaction records are read and processed.
The program should:
1 – Display the initial (beginning-of-day) status for all warehouses.
2 – Process each transaction from the transaction data file and show which
warehouse’s inventory was updated to reflect that transaction.
3 – Display the final (end-of-day) status for all warehouses.
Requirements:
The class must be named Inventory.
The main program (driver) must be named Warehouses.
A driver (main class) as well as a programmer-defined class must be used.
Submit program through the assignment tool in Moodle2.
Include a comment stating your name.
Each student must create his/her own independent program.
Warehouse Inventories
Objective:
Work with multiple objects and review reading data files.
Description: A wholesale distributor has six warehouses (Atlanta, Baltimore, Chicago, Denver, Ely and Fargo) and sells five different items (identified by part number: 102, 215, 410, 525 and 711). Each warehouse may stock any or all of the five items. The company buys and sells these items constantly. Company transaction records contain a transaction code (‘P’ for a purchase or ‘S’ for a sale) followed by an item number and the quantity (bought or sold).
The transaction records are contained in a transaction data file named Transactions.txt.
Sample transaction records: Transactions.txt
P 410 1000
S 215 120
S 711 300
|
A separate data file contains the initial status of the six warehouses at the beginning of the day (i.e., the ending status from the night before). This data file has only six records (lines). Each record (line) contains five numbers that show the quantity on hand for the five items in that warehouse. This file is named Inventory.txt.
Sample status data file: Inventory.txt
500 120 60 0 350
100 230 0 50 0
0 75 0 0 220
600 50 120 300 40
210 160 30 80 50
90 50 90 200 70
|
The status data file is updated by processing the transaction records in the transaction data file according to these rules:
1 – For a sale (‘S’) – subtract the quantity sold from the warehouse that
has the largest supply of that item on hand.
2 – For a purchase (‘P’) – add the quantity purchased to the warehouse
that has the lowest supply of that item on hand.
Instructions:
Write an object-oriented C# program to do the above inventory warehouse processing. Each of the six warehouses should be treated as an individual object. For example, Atlanta would be an object with each of the five part numbers as instance fields. Each of the other warehouses should also be objects with the five part numbers as instance fields. Of course, there would be one class which would be the main (driver) class from which these 6 objects would be created.
In the beginning of the program, the status data file (Inventory.txt) should be read and an object for each warehouse created. The Inventory.txt data file is in the following order: the first line is the Atlanta warehouse, the second line is the Baltimore warehouse, third Chicago, then Denver, Ely and Fargo. After the objects are created, the transactions data file (Transactions.txt) are read and processed.
The objects should be updated as the transaction records are read and processed.
The program should:
1 – Display the initial (beginning-of-day) status for all warehouses.
2 – Process each transaction from the transaction data file and show which
warehouse’s inventory was updated to reflect that transaction.
3 – Display the final (end-of-day) status for all warehouses.
Requirements:
The class must be named Inventory.
The main program (driver) must be named Warehouses.
A driver (main class) as well as a programmer-defined class must be used.
In: Computer Science
Warehouse Inventories
Objective:
Work with multiple objects and review reading data files.
Description: A wholesale distributor has six warehouses (Atlanta, Baltimore, Chicago, Denver, Ely and Fargo) and sells five different items (identified by part number: 102, 215, 410, 525 and 711). Each warehouse may stock any or all of the five items. The company buys and sells these items constantly. Company transaction records contain a transaction code (‘P’ for a purchase or ‘S’ for a sale) followed by an item number and the quantity (bought or sold).
The transaction records are contained in a transaction data file named Transactions.txt.
Sample transaction records: Transactions.txt
P 410 1000
S 215 120
S 711 300
|
A separate data file contains the initial status of the six warehouses at the beginning of the day (i.e., the ending status from the night before). This data file has only six records (lines). Each record (line) contains five numbers that show the quantity on hand for the five items in that warehouse. This file is named Inventory.txt.
Sample status data file: Inventory.txt
500 120 60 0 350
100 230 0 50 0
0 75 0 0 220
600 50 120 300 40
210 160 30 80 50
90 50 90 200 70
|
The status data file is updated by processing the transaction records in the transaction data file according to these rules:
1 – For a sale (‘S’) – subtract the quantity sold from the warehouse that
has the largest supply of that item on hand.
2 – For a purchase (‘P’) – add the quantity purchased to the warehouse
that has the lowest supply of that item on hand.
Instructions:
Write an object-oriented C# program to do the above inventory warehouse processing. Each of the six warehouses should be treated as an individual object. For example, Atlanta would be an object with each of the five part numbers as instance fields. Each of the other warehouses should also be objects with the five part numbers as instance fields. Of course, there would be one class which would be the main (driver) class from which these 6 objects would be created.
In the beginning of the program, the status data file (Inventory.txt) should be read and an object for each warehouse created. The Inventory.txt data file is in the following order: the first line is the Atlanta warehouse, the second line is the Baltimore warehouse, third Chicago, then Denver, Ely and Fargo. After the objects are created, the transactions data file (Transactions.txt) are read and processed.
The objects should be updated as the transaction records are read and processed.
The program should:
1 – Display the initial (beginning-of-day) status for all warehouses.
2 – Process each transaction from the transaction data file and show which
warehouse’s inventory was updated to reflect that transaction.
3 – Display the final (end-of-day) status for all warehouses.
Requirements:
The class must be named Inventory.
The main program (driver) must be named Warehouses.
A driver (main class) as well as a programmer-defined class must be used.
Submit program through the assignment tool in Moodle2.
Include a comment stating your name.
Each student must create his/her own independent program.
Warehouse Inventories
Objective:
Work with multiple objects and review reading data files.
Description: A wholesale distributor has six warehouses (Atlanta, Baltimore, Chicago, Denver, Ely and Fargo) and sells five different items (identified by part number: 102, 215, 410, 525 and 711). Each warehouse may stock any or all of the five items. The company buys and sells these items constantly. Company transaction records contain a transaction code (‘P’ for a purchase or ‘S’ for a sale) followed by an item number and the quantity (bought or sold).
The transaction records are contained in a transaction data file named Transactions.txt.
Sample transaction records: Transactions.txt
P 410 1000
S 215 120
S 711 300
|
A separate data file contains the initial status of the six warehouses at the beginning of the day (i.e., the ending status from the night before). This data file has only six records (lines). Each record (line) contains five numbers that show the quantity on hand for the five items in that warehouse. This file is named Inventory.txt.
Sample status data file: Inventory.txt
500 120 60 0 350
100 230 0 50 0
0 75 0 0 220
600 50 120 300 40
210 160 30 80 50
90 50 90 200 70
|
The status data file is updated by processing the transaction records in the transaction data file according to these rules:
1 – For a sale (‘S’) – subtract the quantity sold from the warehouse that
has the largest supply of that item on hand.
2 – For a purchase (‘P’) – add the quantity purchased to the warehouse
that has the lowest supply of that item on hand.
Instructions:
Write an object-oriented C# program to do the above inventory warehouse processing. Each of the six warehouses should be treated as an individual object. For example, Atlanta would be an object with each of the five part numbers as instance fields. Each of the other warehouses should also be objects with the five part numbers as instance fields. Of course, there would be one class which would be the main (driver) class from which these 6 objects would be created.
In the beginning of the program, the status data file (Inventory.txt) should be read and an object for each warehouse created. The Inventory.txt data file is in the following order: the first line is the Atlanta warehouse, the second line is the Baltimore warehouse, third Chicago, then Denver, Ely and Fargo. After the objects are created, the transactions data file (Transactions.txt) are read and processed.
The objects should be updated as the transaction records are read and processed.
The program should:
1 – Display the initial (beginning-of-day) status for all warehouses.
2 – Process each transaction from the transaction data file and show which
warehouse’s inventory was updated to reflect that transaction.
3 – Display the final (end-of-day) status for all warehouses.
Requirements:
The class must be named Inventory.
The main program (driver) must be named Warehouses.
A driver (main class) as well as a programmer-defined class must be used.
In: Computer Science