Week 4 Discussion Short Paper

our internship assignment for this week is with the Office of the Corporate Counsel & Chief Privacy Officer.Padgett-Beale’s Chief Privacy Officer has invited you to “shadow” the company’s internal investigators as they look into a privacy problem that was uncovered in the Resort Operations organization (see “Background Information” at the end of this message). Your recent experience working in that organization is viewed as a plus since you may have seen or heard something during your time in Resort Operations and Guest Relations.The CPO has also asked you to assist with identifying a set of appropriate and relevant updates to the company’s internal training program for staff members with access to guest information. The goal of these updates should be to strengthen the training provided to staff so that they understand (a) the importance of maintaining guest privacy and (b) the consequences that may be imposed upon staff who are found to have violated company rules and policies regarding guest privacy.To begin, read the Background Information section below. Then consult the course readings and do additional research into the privacy, data security, and liability issues surrounding the stated privacy problem.  Next, identify 3 to 5 specific recommendations for appropriate and relevant updates to the Guest Relations staff training program. Remember to focus your research and recommendations upon the hospitality industry (specifically hotels).*****Summarize your research and present your recommendations in a 3 to 5 paragraph briefing paper. Please remember to list and cite your sources (APA format preferred).*****Background InformationSpecial requests from guests are entered into the reservation database for use by front desk, concierge, housekeeping, and maintenance personnel. Food service personnel may also need to access this information in order to address special dietary needs. Guests may enter the information themselves using a web-based form or a call center operator may enter it on a guest’s behalf.The Chief Privacy Officer recently became aware of a disturbing practice in which anonymous staffers have been posting “outrageous guest requests” under the “Humor” section of employee bulletin boards in the Resort Operations staff locker rooms. Some of these postings have included guest names and room numbers along with names and ages of children. This practice is a shocking violation of guests’ privacy and could seriously harm the company’s reputation if the practice were to continue. The bulletin boards have been moved to the semi-public hallway outside the locker rooms as a first step towards stopping this behavior.A deeper investigation into the situation revealed that the recently revised guest relations privacy policy has strong protections in place that detail (a) who is allowed to access guest information and (b) the permitted uses of guest information. The consequences for violations, as listed in the policy, range from a two-week suspension without pay to termination of employment.For examples of guest privacy policies, please see these resources:1. https://www.lhw.com/Privacy-Policy2. https://www.ihcltata.com/privacy-policy/3. https://www.fourseasons.com/privacy/Note: for the purposes of writing your discussion response and critiques, you may assume that Padgett-Beale’s guest privacy policy is substantially similar to one or more of the above example policies.

 
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short answer of Math

one question

 
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roots, radicals and quadratic equations

Explain arithmetic operations with whole numbers, integers, fractions, and decimals.When solving equations, what is done to one side of the equation, must also be done to the other side. Why?Mathematical formulas model phenomena in every facet of our lives. Provide an example of how equations solve problems in a variety of situations.Provide three examples of the rectangular coordinate system, which is the basis for most consumer graphs.Discuss the properties of polynomials.Explain the process of factoring expressions and see how factoring is used to solve certain types of equations.Explain how problems can be solved using rational equations.The trajectories of fireworks are modeled by quadratic equations. The equations can be used to predict the maximum height of a firework and the number of seconds it will take from launch to explosion. Discuss the properties of quadratic equations, and how they are applied as models in various situations.Minimum of 750 words

 
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Developing A Relational Understanding of the Equal Sign

This assignment is due tomorrow 3pm Eastern Standard Time.

 
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Counting Techniques and Introduction to Probability

MATH125: Unit 4 Submission Assignment Answer FormCounting Techniques and Introduction to ProbabilityALL questions below must be answered.Show ALL step-by-step calculation. Upload this modified Answer Form to the intellipath Unit 4 Submission lesson.Make sure you submit your work in a modified MS Word document; handwritten work will not be accepted. If you need assistance, please contact your course instructor.Part A: Combinations & Permutations1. Differentiate between permutations and combinations. How are they different? What is the formula for each? (15 points)How are they different?(5 pts)?Permutation Formula(5 pts)?Combination Formula(5 pts)?2. Each state has a standard format for license plates that includes a set number of alphanumeric characters. For this assignment, you can insert a picture of your state’s non-personalized license plate or provide a sample of the format in text. (20 points total for Question 2)Your State’s Name(1 pt)?Picture of a License Plate from Your   State(Or a Sample)(1 pt)?Describe the rule for your state’s non-personalized license plates.(1 pt)?a. Determine the number of different license plates that can be created using this format. Assume that a license plate consists of seven alphanumeric characters using numbers (0-9) and capital letters (A-Z). Find how many unique license plates can be printed using all alphanumeric characters only once.Is   this a permutation or combination? Why?(2   pts)?What   formula from #1 above will you use to solve the problem?(1   pt)?Solution:(4   pts)?Show your work:b. You and a friend are witnesses of a car accident in your state. But you can only remember a few of the first alphanumeric characters on the license plate.How many alphanumeric characters do you   remember?(1 pt)?(Select a number from 2 to 5)What are the characters at the beginning?(1 pt)?How many license   plates start with these alphanumeric characters?(4 pts)?Show your work:How many license plates have been   eliminated?(4 pts)?Show your work:3. Your community has asked you to help the YMCA sports director organize a season of sports. You need to put together the teams. For the soccer teams, athletes signed up with three different age groups. How many different ways can you organize teams of ten for each age group? (15 points)Are these a permutation or combination? Why?(2 pt)?What formula from #1 above will you use   to solve the problem?(1 pt)?How many students signed up for soccer?(1 pt)?(Select a multiple of 10, from 30 to 100)How many kids signed up for “Little Tykes”   under the age of seven?(1 pt)?(Select a multiple of 10, of at least 20)How many kids signed up for “Big Kids”   between 8 and 12?(1 pt)?(Select a multiple of 10, of at least 20)How many kids signed up for “Teens”   between 13 and 18?(1 pt)?(Select a multiple of 10, of at least 20)How many different ways can you create   teams of ten for the “Little Tykes” grade level?(2 pts)?Show your work: (2 pts)If age levels did not matter, how many   different ways can you create teams of ten?(2 pts)?Show your work:  (2 pts)Part B: Probabilities and Odds4. For this set of exercises, you will need one standard six sided dice. If you don’t have one, you can use virtual dice: https://www.random.org/dice/,  (40 points total)a. First, let’s differentiate between “odds” and “probability”.How   are odds and probability different?(2   pts)?What   is the “odds of in favor” ratio?(3   pts)?What   is the “probability of an event” ratio?(3 pts)?What   are the odds of rolling a three? (Simplify all fraction answers.)(2 pts)?What   is the theoretical probability of rolling a three? (Simplify all fraction   answers.)(2 pts)?b. Please reflect on the previous question’s answer outcome. First, convert the fraction to a percent.Percent ProbabilityTheoretical   Probability   (Rounded to the nearest whole percent.)(2 pts)?Next, given the “Likelihood Scale” table above, what term best describes your answer?Likelihood ScaleTerm(2 pts)?a. What if someone challenged you to NEVER roll a 3? If you were to roll the dice 18 times, what would be the empirical probability of never getting a three?Percent ProbabilitySolution:(Rounded to the nearest whole percent.)(2 pts)?Show your work: (2 pts)b. After 18 rolls, what would be the empirical probability of getting a three on at least one of those rolls? Also, list the “Likelihood Scale” term from the table above.Percent ProbabilityEmpirical   Probability(Rounded to the nearest whole percent.)(2 pts)?Likelihood Scale Term(2 pts)?c. What if someone challenged you to NEVER roll a 3? If you were to roll the dice 18 times, what would be the empirical probability of never getting a three?Percent ProbabilitySolution:(Rounded to the nearest whole percent.)(2 pts)?Show your work:  (2 pts)What   do you notice about the answers for parts c. and d. above?(2 pts)?d. Roll the dice 18 times and keep track of what is rolled in the table below. (2 points)Roll   #DiceRoll   #DiceRoll   #DiceRoll 1?Roll 7?Roll 13?Roll 2?Roll 8?Roll 14?Roll 3?Roll 9?Roll 15?Roll 4?Roll 10?Roll 16?Roll 5?Roll 11?Roll 17?Roll 6?Roll 12?Roll 18?e. Based on your dice rolls, what is the experimental probability of rolling a three, out of 18 rolls? Also, list the “Likelihood Scale” term from the table above.Percent ProbabilityExperimental   Probability(Rounded to the nearest whole percent.)(2 pts)?Likelihood Scale Term(2 pts)?Show your work:  (2 pts)In regards to the “Likelihood   Scale” terms for each, how did this differ from both the theoretical   and empirical probability?(2 pts)?

 
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Enterprise Architecture Plan

migration strategy in transforming an enterprise architecture

 
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quadratic residue

list all quadratic residue of modulo 19

 
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Digital signatures

Analyze the advantages and disadvantages of digital signatures?  Please make sure to write 250 words in APA format with in-text citation. also you must use at least one scholarly resource. See attached document for reference.

 
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differantial equations

here attached is my homework 3 questions.

 
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MAT540: Statistics

Find the standardized variable Z if X hasMean 16 and standard deviation 7.Your answer:Z = (X – ) /Find the standardized variable Z if X hasMean 58 and standard deviation 9.Your answer:Z = (X – ) /Find the standardized variable Z if X hasMean 151 and variance 4.Your answer:Z = (X – ) /Find the area under the standard normal curve to the right ofz = -0.95Round your answer to four decimal places.Your answer:P [Z > -0.95] =the absolute tolerance is +/-0.0001Find the area under the standard normal curve to the right of:z = 0.40Round your answer to four decimal places.Your answer:P [Z > 0.40] =the absolute tolerance is +/-0.0001Find the area under the standard normal curve over the interval z = −0.59 to z = 0.59. Compute probabilities using the standard normal table in Appendix B (Table 3). Round the answer to four decimal places.Area = .the absolute tolerance is +/-0.0015Find the area under the standard normal curve over the interval z = 0.36 to z = 2.29. Compute probabilities using the standard normal table in Appendix B (Table 3). Round the answer to four decimal places.Area = .the absolute tolerance is +/-0.0001For a standard normal random variable Z, find P[− 1.6 < z < 2.21]. Compute probabilities using the standard normal table in Appendix B (Table 3). Round the answer to four decimal places.P[− 1.6 < z < 2.21] = .Scores on a certain nationwide college entrance examination follow a normal distribution with a mean of 450 and a standard deviation of 100. Find the probability that a student will score:Over 570.0.Round your answer to four decimal places.Your answer.the absolute tolerance is +/-0.0001Scores on a certain nationwide college entrance examination follow a normal distribution with a mean of 600 and a standard deviation of 100. Find the probability that a student will score:Between 450 and 740.0.Round your answer to four decimal places.Your answer.the absolute tolerance is +/-0.0001A population has mean 58 and standard deviation 17. Calculate   for a random sample of size 14.A population has mean 62 and standard deviation 14. Calculate   for a random sample of size 5.   (Round to one decimal place.)A population has standard deviation 7. What is the standard deviation of   for a random sample of size   (Round to one decimal place.)A population has standard deviation 6. What is the standard deviation of   for a random sample of size   (Round to one decimal place.)Suppose the weights of packages of lettuce coming off a packaging line have a normal distribution with mean 8.7 ounces and standard deviation 0.2 ounce. If every package is labeled 8.3 ounces, what proportion of the packages weigh less than the labeled amount? % (Round to the whole.)Suppose the weights of the contents of cans of mixed nuts have a normal distribution with mean 32.8 ounces and standard deviation 0.4 ounce.If two packages are randomly selected, what is the probability that the average weight is less than 32 ounces?Round to one decimal place.%the tolerance is +/-2%The number of complaints per day, X, received by a cable TV distributor has the probability distributionX0123f(X)0.20.30.10.4Find the expected number of complaints per day.

 
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