PROGRAM DEVELOPMENT: Analyze and write the code for the following requirement:
The sales department wants to store the sales data of their employees. Assume that there are 20 employeesand they all work in three areas. Declare appropriately and accept the sales data from the user.

Write a java program (use value returning method) that gives simple math quizzes. The program should display two random integers from 1 to 100 that are to be added, such as:

   47

+ 29

The program allows the user to enter the answer. If the answer is correct, display “congratulations”. If the answer is incorrect, the program should show the correct answer.

Your result should look like, for example:

   47

+ 29

Enter your answer: 1

Wrong, the right answer is 76

Draw a small diagram of a MAC address. Note the OUI. Note how many bits in each section.

Java Programming Preferably

Concepts:

Generics

Arrays

Objects

Part I: Write a routine in Java that takes an array, the length of the array, and an element and returns the position of the element in the array. For example, given the array with values [2, 4, 6, 8] and element 6, the routine should return 2 (since counting from 0, 6 occurs at position 2 in the array). Your routine should use generics to enable your routine to be reusable for different element types. Be sure to test your code with a Java compiler before you submit it.

Part II: Write a generic “greater-than” function that (a) takes two objects as arguments, each of which has a “value” method which returns an integer; and (b) returns the argument whose “value” method returns the larger integer. Your generic function should constrain its type argument so that types without a “value” method cannot be used.Please review the test harness example to ensure your program meets the requirements. Find the test harness below;

public class TestGenerics {

public static void main(String[] args) {

MyFirstObject myObj1 = new MyFirstObject();

MySecondObject myObj2 = new MySecondObject();

MyGenerics mg = new MyGenerics();

Integer[] array = {2,4,6,8};

System.out.println( mg.partOne(array, array.length, 6) );

System.out.println( mg.partTwo(myObj1, myObj2) );

}

}

Table 3.3 Educational parameters in the Green Valley City in a decade < the answer for this in chegg

( and write a report of about 150 words to describe each of these charts and graphs ) < but this i cant found it the answer .

1. What would the EP weight be for a 40 lb roast if 7 lb 4 oz are lost through trimming and cutting. Calculate the AP, EP and W percentages. How many 6 oz servings can you get from the EP weight?

AP weight: _________ AP%: __________ EP weight: _________ EP%: __________ W weight: _________ W%: __________ Number of Servings: ________

2. What would the EP weight be for a roast weighing 40 lb and a waste percentage of 18.06%? Calculate the remaining weights and percentages. How many 8 oz servings will you get from the EP weight?

AP weight: _________ AP%: __________ EP weight: _________ EP%: __________ W weight: _________ W%: __________ Number of Servings: ________

A beaker with 1.10×10² mL of an acetic acid buffer with a pH of 5.000 is sitting on a benchtop. The total molarity of acid and conjugate base in this buffer is 0.100 M. A student adds 4.90 mLof a 0.380 M HCl solution to the beaker. How much will the pH change? The pKa of acetic acid is 4.740.

Express your answer numerically to two decimal places. Use a minus ( − ) sign if the pH has decreased.

Read the following case study. Then in a minimum of 200 words answer the following questions. Responses should be logical and substantial.

What were some lessons learned from this case study? Do you think this author should participate in similar projects in the future? Why or why not? Would you have handled the rollout at the second location differently? If so, how?

Device Selection – No other Phase Is More Important: Mobile Nursing Devices

Case Study: Our story began almost 2 years ago. As a consultant, this author participated in a team that completed a device needs assessment for the selection of point-of-care documentation devices for Big Healthcare System (BHS). Our consultant team was engaged because of an unsatisfactory response from an employee to a member of the facility’s board of directors. The question was “How did we arrive at the decision to select these certain machines that you are asking $1.7 million to purchase?”

Our Team defined the following metrics for device selection:

• Device form factor analysis (workstations on wheels [WOWs], tables, other handheld devices)
• Space availability within patient rooms during use and storage
• Provisions for spare machines
• Downtime strategies
• Analysis of various clinician usage and preferences
• Wireless networking capacity and coverage
• Integration with bar coding and scanning technologies
• Electrical outlet availability (location and quantity)
• Reallocation of existing desktop machines for physician usage

In total, this process was completed over the course of eight weeks, and upon presentation to the board of directors, out team literally received a standing ovation. Upon completion of our work, we presented our strategy and success around device selection, and the abstract of this write-up received a national award.

Based on this success, there was great confidence in our processes. In a new opportunity for a similar device selection process as part of a larger project at a Regional Community Hospital (RCH) in the West, we expected to repeat our success. The project was initiated, and RCH built a team of invested, skilled, and knowledgeable clinical and information technology staff. However, the device selection team was scheduled to meet weekly, as opposed to the concentrated “all hands on deck” efforts experienced at BHS. Thus, from the project design stage, the process was changed to be longer in duration at RCH than our process of 8 weeks at BHS. Almost two years later, point-of-care devices were only just being purchased for use by nursing assistants, respiratory care therapists, and some sporadic use in the intensive care unit.

As a result of the slower, comprehensive, and methodical process for device selection, we identified opportunities that would not have been possible in a quicker, more concentrated project. Some of our notable findings are the following:

• The emergence of newer point-of-care technologies (tablets with scanners)
• Postponement of capital expenditures
• Reconciling specific challenges with wireless network coverage and capacity constraints
• Resolution of infection control issues related to device cleaning and storage
• Planning for medication administration and pharmacy delivery process changes
• Configurations of WOWs

This methodical approach created a new challenge to our credibility, especially among the nursing staff. Because significant aspects of point-of-care device selection requires participation from the front-line nursing staff, we engaged the nursing staff early in the selection approval process. Although early involvement provided education and buy-in, it also led to significant delays in acquisition and deployment, which caused frustration among the nursing staff.

HIT or miss: Lessons learned from health information technology Implementations
by |   Publisher: Ahima | Publisher Place: United States | Year: 2013

Calculate the total ionization energy for the formation of C⁴⁺ from a gaseous C atom.

Create a C++ integer linked list program that performs the following methods below:

Please create these three source files: intList.h, intList.cpp, & intListTest.cpp.

Implement recursive routines in the intList class to do the following:

• Print the list in reverse order
• Return the value in the middle node
• Return the average of all the odd values
• Remove every node containing an odd value

Modify main (in IntListTest.cpp) so it does the following:

1. Insert the numbers 1, 3, 4, 6, 7, 10, 15, 20, 33.
2. Find the sum of all values.
3. Print the list in reverse order.
4. Print the value of the middle node.
5. Print the average of all the odd values.
6. Remove every node containing an odd value.
7. Print the list in reverse order.
8. Print the value of the middle node.

Steps 3-8 must use recursion.

Please follow requirements.

what is the demonstration effect in tourism? provide a clear explanation of it, identify some of the steps, and provide a clear example in short words.

1.Assume that Cane normally produces and sells 60,000 Betas and 80,000 Alphas per year. If Cane discontinues the Beta product line, its sales representatives could increase sales of Alpha by 15,000 units. If Cane discontinues the Beta product line, how much would profits increase or decrease?

2.Assume that Cane expects to produce and sell 80,000 Alphas during the current year. A supplier has offered to manufacture and deliver 80,000 Alphas to Cane for a price of $80 per unit. If Cane buys 80,000 units from the supplier instead of making those units, how much will profits increase or decrease?

3.Assume that Cane expects to produce and sell 50,000 Alphas during the current year. A supplier has offered to manufacture and deliver 50,000 Alphas to Cane for a price of $80 per unit. If Cane buys 50,000 units from the supplier instead of making those units, how much will profits increase or decrease?

4.How many pounds of raw material are needed to make one unit of Alpha and one unit of Beta?

5. What contribution margin per pound of raw material is earned by Alpha and Beta? (Round your answers to 2 decimal places.)

6.Assume that Cane’s customers would buy a maximum of 80,000 units of Alpha and 60,000 units of Beta. Also assume that the company’s raw material available for production is limited to 160,000 pounds. How many units of each product should Cane produce to maximize its profits?

7.Assume that Cane’s customers would buy a maximum of 80,000 units of Alpha and 60,000 units of Beta. Also assume that the company’s raw material available for production is limited to 160,000 pounds. What is the maximum contribution margin Cane Company can earn given the limited quantity of raw materials?

8.Assume that Cane’s customers would buy a maximum of 80,000 units of Alpha and 60,000 units of Beta. Also assume that the company’s raw material available for production is limited to 160,000 pounds. Up to how much should it be willing to pay per pound for additional raw materials? (Round your answer to 2 decimal places.)

Haemodynamic methods: PET, fMRI Basics of how they work What they measure Advantages and disadvantages of these methods?

When would you use EEG versus fMRI to conduct research?

A female patient has the etiology of distant and abusive parents with physical and sexual abuse in early childhood. She uses dissociation as a primary defence mechanism. The family dynamics in incestuous parents left her with rigid interpersonal roles.           

Which disorder do you think she may suffer from? Justify your answer.                

What are snowball sampling and convenience sampling and how they differ each other? Use an example to discuss.