Questions
An accountant with the Sports event s has been charged with stealing over $60,000 for buying...

An accountant with the Sports event s has been charged with stealing over $60,000 for buying a Mercedes-Benz and investing in a deposit check. Police claimed that he had produced fake invoices from two companies which had contracts with the sports committee.


He then wrote checks to pay the fake invoices and deposited them into a bank account which he had opened under one of the companies 'names. He cooperated with the police when he was arrested to the point that he told them about the fraudulent bank account and the purchase of the Mercedes-Benz. The accountant was a recent honers graduate from a prestigious university who was a very trustworthy and dedicated employee, supervisors said.


1. write the Introduction and conclusions

2. What fraud scheme did the accountant use to execute his fraud?


3. What controls could have prevented his fraud?


4. What controls could have detected his fraud?


In: Accounting

Contingency tables may be used to present data representing scales of measurement higher than the nominal...

Contingency tables may be used to present data representing scales of measurement higher than the nominal scale. For example, a random sample of size 20 was selected from the graduate students who are U.S. citizens, and their grade point averages were recorded. 3.42 3.54 3.21 3.63 3.22 3.8 3.7 3.2 3.75 3.31 3.86 4 2.86 2.92 3.59 2.91 3.77 2.7 3.06 3.3 Also, a random sample of 20 students was selected from the non-U.S. citizen group of graduate students at the same university. Their grade point averages were as follows. 3.50 4.00 3.43 3.85 3.84 3.21 3.58 3.94 3.48 3.76 3.87 2.93 4.00 3.37 3.72 4.00 3.06 3.92 3.72 3.91 Test the null hypothesis that the proportion of graduate students with averages of 3.50 or higher is the same for both the U.S. citizens and the non-U.S. citizens

In: Math

Ques-1) In a multinational company, 30% of the employees are from CHINA,35% are from INDIA,20% are...

Ques-1) In a multinational company, 30% of the employees are from CHINA,35% are from INDIA,20% are from Malaysia and 15% are from JAPAN. The percentage of employees from these regions, who are comfortable in communicating in English are 20%, 90%,60% and 70% respectively. An employee is selected at random

(i). What is the probability that the employee is comfortable in communicating in English?

(ii) The recruitment team wants to know the inputs from you based on this data, so that they can prioritize the next recruitment cycle to select people who are comfortable in communication in English.

In: Statistics and Probability

.You are a fund fund manager , a student walks in your office to get some...

.You are a fund fund manager , a student walks in your office to get some information about mutual funds. How will you explain mutual fund investment to him? What type of mutual funds will you suggest him to invest him. What type of mutual funds will you suggest for his father who is a 50 year old businessman and his grandfather who is a 75 year old retired individual. (You can look up some available options in Pakistan to make your suggestions).

In: Finance

Written Discussion Not everyone chooses to be employed. As the textbook shows, there are a multitude...

Written Discussion Not everyone chooses to be employed. As the textbook shows, there are a multitude of reasons why people choose (or do not choose) to be unemployed.

Pick one type of worker (or a person you know) who chooses to be unemployed or under-employed and discuss why.

Alternately, you could pick a worker-type who traditionally is not employed and explain why they might choose to work.

Remember to talk about economic theory about unemployment rates (what is U-6?) , supply and demand and what the impact is of those individual employment choices..

In: Economics

US Bank has recorded the number of customers who used a downtown ATM during the noon...

US Bank has recorded the number of customers who used a downtown ATM during the noon hour (variable of interest) on 21 randomly selected workdays. The data is given below,
16, 17, 12, 27, 22, 28, 15, 16, 29, 22, 11, 19, 27, 23, 18, 24, 21, 11, 40, 42, 43.
Please show your complete manual work, use statistical notations wherever possible, and do not classify the data in answering the following questions.
​a. Compute the Sample Average of customers using ATM during the noon hour.
b. Compute the 85th percentile of the above raw data (according to the procedure discussed, and explain what your answer means in the context of this problem and plain English. No generic definition please.
c. Compute the values of Sample Variance and Standard Deviation of number of customers using ATM during the noon hour on the randomly selected 21 weekdays.
d. Compute the values of 25th and 75th percentiles. Find the value of Interquartile Deviation (range) of the above raw data.
e. What is (are) the value of mode?
f. Compute the Coefficient of Skewness for the above raw data. Explain what it means in the context of this problem.
g. Find the value of Coefficient of Variation for the above raw data.
What could be the main objective US Bank for computing the above sample summaries?

In: Economics

Let us use confidence intervals to compare people who own or are buying a home among...

Let us use confidence intervals to compare people who own or are buying a home among those that are married versus those who pay rent among those that are married.

  1. Calculate pˆ for the group of homeowners that are married.

  2. For a confidence level of ell = .97, determine the z-score for which 97% of normally

    distributed data falls within z deviations of the mean.

  3. Calculate pˆ for the group of renters that are married.

  4. Now compare these two intervals. Do the intervals overlap or not? What association do we have or not have between marriage and homeownership due to whether or not the intervals overlap?

Married

Never Married

Total

Owns or is Buying

9,178

1,785

10,963

Pays Rent

1,867

2,282

4,149

Total

11,045

4,067

15,112

In: Statistics and Probability

Investigators who us nonrandomized controls in clinical trials often argue that their controls are satisfactory because...

  1. Investigators who us nonrandomized controls in clinical trials often argue that their controls are satisfactory because the distribution of prognostic factors in the control and experimental groups is similar before therapy. It is better to randomize because
  1. A placebo effect s easier to detect in randomized trials
  2. Randomization tends to magnify the differences between placebo and treatment groups
  3. Many important prognostic factors that were not considered may lead to bias
  4. It is easier to maintain blinding in randomized trails
  5. Compliance is better in randomized trials

In: Statistics and Probability

Let us use confidence intervals to compare people who own or are buying a home among...

Let us use confidence intervals to compare people who own or are buying a home among those that are married versus those who pay rent among those that are married.

  1. Calculate pˆ for the group of homeowners that are married.

  2. For a confidence level of ell = .97, determine the z-score for which 97% of normally

    distributed data falls within z deviations of the mean.

  3. Calculate pˆ for the group of renters that are married.

  4. Now compare these two intervals. Do the intervals overlap or not? What association do we have or not have between marriage and homeownership due to whether or not the intervals overlap?

Married

Never Married

Total

Owns or is Buying

9,178

1,785

10,963

Pays Rent

1,867

2,282

4,149

Total

11,045

4,067

15,112

In: Statistics and Probability

How would you deal with a patient who was non-compliant? For example, let us say that...

How would you deal with a patient who was non-compliant? For example, let us say that you see a patient and within your scope of practice develop a treatment, therapy, or provide education for this patient. On this patient's next visit, you discover they've followed none of your advice. How would you proceed?

In: Nursing