Describe how a company can be difficult to classify as a services or goods company. Provide at least one example of such a company where that classification might be difficult.

Only two forces act on an object (mass=4.27 kg), as in the drawing. Find (a) the magnitude and (b) the direction (relative to the x axis) of the acceleration of the object. x= 40 N y= 60N with an angle of 45 degrees

Please paraphrase this paragraph into a short summary..

Good philosophical thinking takes time. Progress in good critical thinking is often very slow. The process of critical thinking can’t be called successful if it efficiently maximizes its inputs and outputs in the shortest measure of time: We do not produce thoughts in the mind like widgets in a factory. The reason for this is because good critical think- ing often needs to uncover that which subtle, hard to discern at first, and easy to overlook. I define subtlety as ‘a small difference or a delicate detail which takes on greater importance the more it is contemplated.’ As a demonstration, think of how many ways you can utter the word ‘Yes’, and mean something different every time. This also underlines the importance of precision, as a good thinking habit. As another example: Think of how the colour planes in a painting by Piet Mondrian, such as his ‘Composition with Yellow, Blue, and Red’ have squares of white framed by black lines, but none of the white squares are exactly the same shade of white. You won’t notice this if you look at the painting for only a few seconds, or if you view a photo of the painting on your computer screen, and your monitor’s resolution isn’t precise enough to render the subtle differences. But it is the job of reason to uncover those subtleties and lay them out to be examined directly. And the search for those subtleties cannot be rushed.

This applies to forensics/fingerprinting

1. For two prints to be made by the same source, the ridge characteristics must be present in both impressions and in the same RELATIVE area. Why relative and not exact?

why can the citric acid cycle not function without the electron transport chain?

Dave and Sharon are a professional couple in their late 30s. They have managed to save a $200,000 deposit for a house worth $1million. They can take out a mortgage for 4.9% per annum for 30 years. Rent growth rate is 2.5% per annum, inflation rate is 2% per annum, and return on investment is 4% per annum. Cost of selling a home is 2.5% of its value, maintenance and insurance is 1.5% per annum. Ignore other costs.

They can rent a similar property for $650 per month.

Dave believes house prices will grow at 4.5% per annum. If he is correct, are they better off buying or renting?

Sharon is less optimistic than Dave, and thinks that house prices will only grow at 1.6% per annum. If she is correct, are they better off buying or renting?

Justify your answer.

PROGRAMING in C RPSLS:

The program that we must implement must allow two players to play in the same console (there will be only one program)
The program will initialize the information necessary to be able to store the name of two players and their respective markers throughout the game, to present
a result message at the end of the game.

1. When the program is ready for the game to start, it will ask PLAYER1 enter your name.
2. It will then ask PLAYER2 to enter their name.

As long as the game is not over (that is, until one of the two players arrives to 3 points) the program:
• Will ask PLAYER1 to place his bet (can be entered in the form of numeric code, or in the form of a character string)
• Will ask PLAYER2 to place his bet (similarly)
• Evaluate both bets, and modify the markers of each of the two players based on bets
• When either of the two players reaches the score of 3 points, it will be over the game

3. Message will be displayed on the screen that says: "PLAYER NAME1 has won PLAYERNAME2: SCOREBOARD "if PLAYER1 has won, where SCORE will be the result of the game (for example 3-2).

Then it will say "PLAYERNAME2 has lost against PLAYER NAME1: MARKER "because then PLAYER2 will have lost, and MARKER will have the result reversed (for example 2-3). If he player who has won is PLAYER2, the messages will indicate the victory of the PLAYER2 and PLAYER1's defeat.

As soon as the above message is presented, the program will end the program must NOT have any input parameters at the time of making
the program call, and all the parameters you might need (names and bets) will be entered by keyboard (upon presentation of a message that clearly state what the user is expected to key in (such as,say your NAME, enter your BET, etc.)

Topic: Mood Disorders

1. Review Ray Chapter 6 and DSMV criteria for Major Depressive Disorder and Bipolar Disorder and briefly describe the major differences between the two.

2. Find and compare two treatment approaches to either depression or bi-polar disorder (only select one), describe approaches, proposed outcomes, any limitations

and whether you think one or both are effective, why and under which circumstances.

3. Use APA format for all in-text citations and references (at end of paper).

Q4. Assume you have been given a scrambled text file with some hidden text data similar to the one in your assessment. What will be the best method that you will use to unscramble the file and why would you choose this method? Justify your answer. [5 marks] You have collected a digital evidence from a crime scene and calculated its hash value using WinHex editor with MD5 algorithm. You have stored the evidence in a forensics lab. After a week, when you started analysing the evidence, you again calculated the hash value of the evidence using Autopsy and with SHA-1 algorithm. You found that the hash value of the evidence is now changed. Describe why the hash value now is different than the one you calculated when you acquired the evidence? [5 marks]

Subject :Guide to Computer Forensics and Investigations 6th edition

Recreational Park Project
The public has recognized the benefits of recreation and parks as essential to their health and quality of life. A recent survey conducted in 2016 found that the construction of more recreational facilities was a top priority among residents in Lazarette Town (in the Caribbean).
As such, the town council in Lazarette, with the help of other key stakeholders, has sourced and secured three (3) million dollars of grant funds from the Caribbean Wellness Community (CWC) for the development of a mini outdoor recreational park on three (3) acres of land donated by a benevolent resident of the town.   
The park will contain sporting facilities among other recreational facilities (e.g. walking trails, children playground, tennis court, basketball court, work out stations, benches, shower facilities, rest rooms etc.). All major key stakeholders and sponsors have unanimously agreed that that the facility should cater for residents of all ages. Additionally, a group of minority stakeholders has expressed their requirements of having an eco-friendly and climate resilient facility. The park should be completed and ready for use by 2022, i.e. the project duration should not exceed two years.
To ensure that the project is completed on time, within scope and on budget, the funding agency and the Lazarette Town Council require that a dedicated and knowledgeable project team is assigned to the project. CWC has expressed the need for the project deliverables to be of ‘high’ quality to guarantee stakeholders’ satisfaction and safety. The CWC requires that ‘tight’ procurement processes should be followed to ensure transparency, accountability and economy. It is anticipated that most of the goods, works and services for building the park will be procured from vendors, suppliers and contractors in the town. In addition, CWC has detailed the need for both positive and negative projects risk to be properly managed throughout the project.
In response to CWC implied and expressed requirements, the Lazarette Town Council has selected and appointed your team to provide project management services for the Recreational Park Project. As a proactive team, your team has decided to use ‘best practices’ in project management to plan project activities and get approval from key project stakeholders before constructing or building the facility. Give the type and nature of the project, the intention is to use a traditional/waterfall approach to project management activities instead of the largely popular and contemporary agile methodology used other industries.   
Your team understands the value of planning before doing, and the council’s concerns of not losing the grant funding from CWC. In addition, your team is keen on building a good reputation in the
town. With a can do attitude and the need to increase the chances of the project success, the project management team (your 5-member group) is determined to ensure that the team utilizes the ‘best practices’ for planning, executing and controlling this valuable community based project.

1. Create an appropriate quality management plan for the project.

2. Justify the need to effectively manage quality for the project.

Discuss the annexation of Texas and what were the conflicts that arise. How did it lead to the Mexican American war.

13) A professor's son, having made the wise decision to drop out of college, has been finding his way in life taking one job or another, leaving when his creativity is overly stifled or the employer tires of his creativity. The professor dutifully logs the duration of his son's last few careers and has determined that the average duration is normally distributed with a mean of sixty-six weeks and a standard deviation of ten weeks. The next career begins on Monday; what is the likelihood that it endures for less than a year and a half?

Describe/come up with an information systems problem that you would apply the below Problem Solving Strategy. Explain how each of the steps below would apply to solving the problem.

System Problem Solving Strategy:

1. Recognize the issue
2. Identify the facts
3. Define additional data that would be helpful
4. Make assumptions necessary
5. Determine alternative approaches
6. Evaluate alternatives
7. Make recommendations
8. Alter assumptions and rework solutions
9. Reflect on lessons learned