Big five personality test

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Prior to beginning work on this discussion, read Chapter 7 from the Harré (2006) e-book as well as the required Maslow (1943), Freud (1910), Bandura (1999), and the United States Office of Personnel Management (n.d.) articles.

One approach to understanding personality is using trait theories. The most influential trait approach contends that five traits, or factors called the “Big 5,” lie at the core of personality. The five factors are Openness, Conscientiousness, Extroversion, Agreeableness, and Neuroticism (Emotional Stability). 

This week, you will complete two different versions of the Big 5 Personality Test. First, go through the Qualtrics platform to take the complete test online . After you have completed the online test, you will see a link to download the Big Five Personality Short Form document version. Click the link and save the Big Five Personality Short Form document to your computer. Complete and score the short form version within the downloaded document. Once you have completed both the online and document versions attach the completed document short form to your initial post. In the discussion forum analyze and briefly explain the Big 5 Personality Test as a scientific tool. Detail your experience with both the online and document versions and give your opinion as to which of the two provided the better experience. Be sure to cite specific reasons for your statements.

Using the PSY600 Making Sense of the Big 5 Personality Short Form tool as a guide, analyze the results from your document version. (Note: This is for educational purposes. There is no right or wrong personality type.) Assess how accurate the results are based on your understanding of yourself and the results as analyzed. Refute any areas with which you disagree providing examples which may disprove the assessment results. Evaluate the contemporary applications of personality tests today using the information provided in the United States Office of Personnel Management (n.d.) article on assessment and selection. Assess how knowing one’s personality type can benefit them personally and professionally.Guided Response: Review several of your classmates’ posts and respond to at least two of your peers by 11:59 p.m. on Day 7 of the week. You are encouraged to post your required replies earlier in the week to promote more meaningful and interactive discourse in this discussion. 

Compare and contrast your experience completing and analyzing your results of the Big 5 Personality Test with that of your peer. What insights did you gain from reviewing your peer’s experience with this personality assessment? Did these insights change your mind about your own results? Compare your assessment of the benefits of knowing one’s personality type on personal and professional life to that of your peer. Comment on any differences between your classmate’s statements and your own. Provide suggestions as to how your classmate might view this type of assessment in a different light. Continue to monitor the discussion forum until 5:00 p.m. MST on Day 7 of the week and respond to anyone who replies to your initial post.

Carefully review the Discussion Forum Grading Rubric for the criteria that will be used to evaluate this Discussion Thread.

 

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20 physics math equations

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To get credit all answers must have work shown

  • A baseball of mass 1.23 kg is thrown at a speed of 65.8 mi/h. What is its kinetic energy?
  • How much potential energy due to gravity would a person have if they were standing on top of a building that is 45.4 m high? Assume that they have a mass of 94.2 kg.
  • Suppose a person pushes a box over a distance of 3.1 m with a constant force of 440.8 N. How much work do they do over this distance?
  • Using conservation of energy, how fast would a rollercoaster be traveling at a point half way above the ground where it started from, assuming that is started at rest and 88.3 m above the ground?
  • What is the power done by gravity to make a ball of mass 0.6 kg roll from 8.9 m above the ground to the bottom along a curved path if it takes 5.45 s to do so?
  • How much momentum does a car of mass 1,940 kg have if it travels at a constant speed of 21.4 m/s?
  • A car of mass 1,388 kg traveling at 18.67 m/s collides and sticks to a car with a mass of 1,488 kg. What is the resulting velocity of the two cars right after the collision, assuming that there’s no friction present?
  • How much pressure does a box whose sides are 1.17 m long each exert on the ground due to gravity?Assume that the box has a mass of 47.5 kg. HINT: Look at the definition of pressure – what force is doing the “pushing?” What’s the area?
  • The Earth’s atmosphere at sea level and under normal conditions has a pressure of 1.01×105 Pa, which is due to the weight of the air above the ground pushing down on it. How much force due to this pressure is exerted on the roof of a building whose dimensions are 15.7 m long and 13.6 m wide?
  • Tire gauges for air pressure, as well as most other gauges used in an industrial environment take into account the pressure due to the atmosphere of the Earth. That’s why your car gauge reads 0 before you put it on your tire to check your pressure. This is called gauge pressure.
  • A Celsius thermometer reads an outdoor temperature of 16.33o C. What is this temperature in Fahrenheit? (do not put units into your final answer)
  • How many degrees Celsius is 92.9o F? (do not put in units)
  • 1,776o C is what in absolute?
  • An iron rod with an initial length of 12.26 m has its temperature raised from 9o C to 40.49o C. If iron has a coefficient of thermal expansion of 12×10-6 1/oC, what is the change in length of the rod?
  • Suppose that an ideal gas in a sealed metal container (so it has a fixed volume) has its temperature increased by a factor of 4.68x. By what factor would the pressure of the gas increase or decrease in the container?
  • If I add 10,637 J of energy to an ideal gas inside a balloon, causing the internal energy to increase by 6,069 J, how much work is done on the environment by the gas as the balloon expands?
  • How much energy is required to raise the temperature of 6.72 kg of water from 29.95oC to 51.31oC? The specific heat of water in this state is 4186 J/kg-oC.
  • Suppose that you had water in a pot on a stovetop. Neglecting the material that the pot is made out of, and neglecting heat energy lost use to other processes, how long would it take for a 1000 W stovetop to raise 2.87 kg of water from 94oC to 9oC? The specific heat of water in this state is 4186 J/kg-oC. HINT: Find the amount of heat first, then look at the equation for power.
  • An air conditioner uses 11,771 J of energy to run, but only 5,382 J of energy is used to heat or cool the air of a home. What is its energy efficiency?
  • An electric generator at a power plant produces energy by passing superheated steam from a high temperature container (reservoir), through a pipe connected to a series of fans, and then into a low temperature reservoir. As the steam passes across the blades of the fans some of the heat energy of the steam is transformed into mechanical energy, which turns the fans which in turn are connected to a generator, which in turn converts the mechanical energy into electrical energy.

The real pressure within a tire or other object containing pressurized stuff would be a combination of what the gauge reads as well at the atmospheric pressure. If a gauge on a tire reads 24.05 psi, what is the real pressure in the tire in pascals? The atmospheric pressure is 1.01×105 Pa.

If the high temperature steam has a temperature of 436.7 K and the low temperature reservoir has a temperature of 106.7 K, what is the Carnot efficiency of this process?

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Florida National University week 6 Nursing Research Discussion

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APA 6th edition REquired ( please be strict with the entire format)

Reading Reflection

Please submit minimum of 300 word statement with references regarding this week chapter reading, explain what are some of the important aspects of this week’s reading, provide examples when possible. Thanks. Jorge

Ch 8 & 9

Chapter 8: Sampling and Chapter 9: Reliability

Text book:

Title Advanced Nursing Research
Author Ruth M. Tappen
ISBN 978-1-284-04830-8
Publisher Jones&Bartlett Learning, LLC
Publication Date August 28, 2015

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Two basic business finance question

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I have two questions that need to be answered in response to  a previously answered question. The questions are regarding a small case study also dealing with a powerpoint.

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