Alpha Manufacturing Co. Ltd. makes a product by way of three consecutive processes. The following data relates to process 2 for the month of June. (i) Transfer in from Process 1, 1,500 units valued at $240.50 each. (ii) Other costs incurred during the month were: Direct material added $127,070 Direct manufacturing wages $131,450 Manufacturing overheads $168,175 (iii) 200 units were scrapped during the period. Normal losses were estimated to be 5% of input during the period. The scrap value of any loss is $250.00 per unit. These rejected units had reached the following degree of completion: Transfer In from Process 1 100% Direct material added 80% Direct manufacturing wages 60% Manufacturing Overhead 20% (iv) During June, 1,000 units were completed and transferred to Process 3 (v) Work-in-progress at the end of June was 400 units and had reached the following degree of completion: Transfer from process 1 100% Direct material added 70% Direct manufacturing wages 40% Production overhead 20% (v) There were no unfinished goods in process 2 at the beginning of June. Required: (a) Prepare a statement of equivalent production to determine the equivalent units and conversion costs and the cost per equivalent unit for direct materials (From Process 1 & Direct Material Added), Manufacturing Wages & Manufacturing Overhead. (b) Calculate the: - Total cost of units completed and transferred to Process 3 - Cost of unexpected losses - Cost of ending work-in-process inventory in Process 2 (c) Prepare the Work-In-Process Inventory - Process 2 T-account, clearly showing the ending balance. (d) State the journal entries necessary to record the assignment of direct materials, direct manufacturing wages and manufacturing overhead applied to Process 2. Also give the journal entries to record the cost of product completed and transferred to Process 3.

Create one sql script file to complete the following. You cannot run separate SQL statements for the homework. You will also need to place a semicolon after each SQL statement, a requirement for SQL files containing multiple SQL statements

• Lesson 3
  1. Write a query to display the current date. Label the column DATE.
  2. Display the last name of all employees who have an A and an E in their last name.
  3. For each employee, display the employee number, last_name, salary, and salary if it were increased by 18%
     and expressed as a whole number.
  4. Modify the previous query to add a column that will subtract the old salary from the new salary. Label the column INCREASE .
  5. Display the employee's name, hire date, and salary review date, which is the first Monday after six months of service. Label the column REVIEW. Format the dates to appear in the format similar to "Sunday, the Seventh of September, 1981.
  6. For each employee display the employee name and calculate the number of months between today and the date the employee was hired. Label the column MONTHS_WORKED. Order your results by the number of months employed. Round the number of months up to the closest whole number.
  7. For each employee, display an output in this format: Employee earns monthly but wants <3 times salary>. Title the column Dream Salaries.
     Dream Salaries
     KING earns $5,000.00 monthly but wants $15,000.00.
     BLAKE earns $2,850.00 monthly but wants $8,550.00.
     CLARK earns $2,450.00 monthly but wants $7,350.00.
     
     
  8. Write a query to display name and salary for all employees. Format the salary to be 15 characters long, left-padded with $s. Label the column SALARY.
  9. Write a query that will display the employee's name with the first letter capitalized and all other letters lowercase along with the length of their name, restrict your results to include only employees whose name starts with J, A, or M. Give each column an appropriate label.
  10. Display the name, hire date, and day of the week on which the employee started. Label the column DAY. Order the results by the day of the week starting with Monday.

What is res ipsa loquitur? Which three elements does the plaintiff have to proof? 2. How is res ipsa loquitur different from negligence per se? 3. When can a defendant use the defense of a Good Samaritan statute? 4. In James v. Meow Media, did the court properly find the defendant video game distributors not liable? Why? 5.What is the difference between compensatory damages and punitive damages?

How has the computer changed an artwork? (~200 words)

Information security vulnerability analysis tool

Your browser should return several hits. Choose a topic which can be a tool, framework, practice, a methodology or technology related to vulnerability analysis and summarize it for the class. In your summary explain its purpose and address the following points:

How widely is it used? How reliable is it in practice? What is its commercial availability? Does it scale well? Is it applicable to networked environments? Are there any other relevant aspects which you may have noticed?

Write a program in a language of your choice to perform a search using the A* algorithm for the eight puzzle problem, in which numbers may be shifted one space at a time to transform the initial state into the goal state (see p. 103 – 3rd Ed., pp. 105-106 – 2nd Ed. of the text).

2. a)

Use the start state-goal state combination given in pp. 103, Figure 3.28 (3rd Ed.), [pp. 105,

Figure 4.7 (2rd Ed.)], as (start_1, goal_1) (see page 2).

2. b) Use a new start state, which is given in page 2, the same goal state (start_2, goal_1).

3. c) Use a different goal state (the blank is now at the bottom right corner - see page 2),

   and the same start state as part a (start_1, goal_2).

4. d) Use a the same start state as part b, and the same goal state as part c

   (start_2, goal_2) (see page 2).

5. e) Also use { (start_3, goal_1), (start_3, goal_2), (start_3, goal_3), (start_1, goal_3),

   (start_2, goal_3) } pairs given in page 2.

3. Use two different set of heuristic functions to estimate distance from the goal
   (See pp. 103 – 3rd Ed, p. 106 – 2nd Ed.)
   h1: the number of misplaced tiles
   h2: the sum of the distances of tiles from their goal positions (Manhattan distance)

4. Write a report comparing the performance of the two heuristics on the nine different sets of (start_x, goal_x) combinations of part 2.

   Performance measure: the length of the solution path (from the start state to the goal), and the actual time it takes to find the solution (i.e., to reach the goal state).

Excel Business & Finance

You are going to contribute some money to your retirement fund at the beginning of this year and each of the next 39 years. You have the following assumptions:
I. Initial balance for year 1 is assumed to be 0. II. Suppose during Year 1, your salary is $40,000 and your salary increases by 5 percent each year until your retirement. III. You want to contribute the same percentage of your salary each year while you are working for your retirement.
IV. When you retire in 40 years, you plan to withdraw $100,000 per year for 20 years (starting year 41) and will not make any contribution to your retirement during the 20 years.
You also Assume the following retirement investment portfolio:
I. First 20 years of your investing, the investments will earn 10 percent per year V. During all other years, your investments will earn 5 percent per year
Part I: Assume all contributions and withdrawals occur at the beginning of the year before investment returns are received, please set up the retirement problem to find out the minimum percentage of your salary you should save for your retirement in order for you to make the withdrawals.
Part II: Assume that withdrawals occur at the end of each year after the investment returns are received and contributions occur at the beginning of each year before the investment returns are received, please set up the retirement problem to find out the minimum percentage of your salary you should save for your retirement in order for you to make the withdrawals.

Assembly Language Programming

1. Construct an assembly language program fragment equivalent to the following C/C++ statement:

if (M <= N + 3 && (C == ‘N’ || C == ‘n’))

C = ‘0’;

else

C = ‘1’;

Assume that M and N are 32-bit signed integer variables, and C is an 8-bit ASCII character variable. All variables are stored in memory, and all general-purpose registers are available for use.

A project will produce an operating cash flow of $7,300 a year for three years. The initial investment for fixed assets will be $11,600, which will be depreciated straight-line to zero over the asset's 4-year life. Ignore bonus depreciation. The project will require an initial $500 in net working capital plus an additional $500 every year with all net working capital levels restored to their original levels when the project ends. The fixed assets can be sold for an estimated $2,500 at the end of the project, the combined tax rate is 23 percent, and the required rate of return is 12 percent. What is the net present value of the project?

1. How would you complete a focused assessment on a homeless person or veteran who has Type 2 diabetes?

2. Identify the major factors that contribute to homelessness and associated reduction in access to care.

[The following information applies to the questions displayed below.] Beech Corporation is a merchandising company that is preparing a master budget for the third quarter of the calendar year. The company’s balance sheet as of June 30th is shown below: Beech Corporation Balance Sheet June 30 Assets Cash $ 73,000 Accounts receivable 125,000 Inventory 56,000 Plant and equipment, net of depreciation 221,000 Total assets $ 475,000 Liabilities and Stockholders’ Equity Accounts payable $ 82,000 Common stock 309,000 Retained earnings 84,000 Total liabilities and stockholders’ equity $ 475,000 5.value: 20.00 pointsRequired information Beech’s managers have made the following additional assumptions and estimates: 1. Estimated sales for July, August, September, and October will be $320,000, $340,000, $330,000, and $350,000, respectively. 2. All sales are on credit and all credit sales are collected. Each month’s credit sales are collected 35% in the month of sale and 65% in the month following the sale. All of the accounts receivable at June 30 will be collected in July. 3. Each month’s ending inventory must equal 25% of the cost of next month’s sales. The cost of goods sold is 70% of sales. The company pays for 40% of its merchandise purchases in the month of the purchase and the remaining 60% in the month following the purchase. All of the accounts payable at June 30 will be paid in July. 4. Monthly selling and administrative expenses are always $40,000. Each month $6,000 of this total amount is depreciation expense and the remaining $34,000 relates to expenses that are paid in the month they are incurred. 5. The company does not plan to borrow money or pay or declare dividends during the quarter ended September 30. The company does not plan to issue any common stock or repurchase its own stock during the quarter ended September 30. Required: 1. Prepare a schedule of expected cash collections for July, August, and September. Also compute total cash collections for the quarter ended September 30. 2-a. Prepare a merchandise purchases budget for July, August, and September. Also compute total merchandise purchases for the quarter ended September 30. 2-b. Prepare a schedule of expected cash disbursements for merchandise purchases for July, August, and September. Also compute total cash disbursements for merchandise purchases for the quarter ended September 30. 3. Prepare an income statement for the quarter ended September 30. 4. Prepare a balance sheet as of September 30.

After the school shooting at Stoneman Douglas High School, many students, staff, and community members were left traumatized as this was a major crisis. If you were a counselor for the community, how would you use crisis counseling strategies to help? Create a treatment plan involving both group and individual crisis counseling.