Question

Project Assignment The purpose of this assignment is for you to gain practice in applying the concepts and techniques we learned in class. In order to complete the assignment, please do the following:

1. find or create a data set containing values of at least one interval or ratio variable for at least one-hundred cases (n >= 100); 1

2. provide basic descriptive statistics to summarize the central tendency and variability of the data;

3. provide at least one table (see chapter 2: frequency, percentage, cumulative frequency, or cumulative percentage) summarizing the distribution of the data;

4. provide a graph (see chapter 3: histogram, line graph, or time series graph) that illustrates a salient or important property or set of properties of the data;

5. calculate a confidence interval for the value of the variable; and

6. conduct a hypothesis test using the data.

Write a short paper (~2-4 pages double spaced) summarizing your work. Be sure to clearly describe your findings, why you chose to analyze the data as you did, and what your results mean. For example, if you chose to summarize the data’s variability using the interquartile range (as opposed to the standard deviation), explain why you made this choice. Be sure to be as specific and clear as possible about the rationale underlying your choices and about your findings.

1 Note that projects analyzing a nominal or ordinal variable will receive no credit (i.e., a grade of zero).

Answer 1

Dear,

template <class T>
T Maximum(T first, T second)
{
    if(first > second )
        return first;
    else
        return second;
}
template <class T>
T Minimum(T first, T second)
{
    if(first < second )
        return first;
    else
        return second;
}
template <class T>
T absolute(T value)
{
    return abs(value);
}
// Function to raise x to the power n.
template <class T>
T power(T base, T exponent)
{
if(n == 0)
    return 1;
else
    return base * power( base , exponent - 1 );
}
//Function Definition
template <class T>
T ArraySum(T arr[],int n)
{   
    if(n<0)
        return 0;
    else
       return(arr[n]+ArraySum(arr,n-1));
    
}//End ArraySum

T findMinimum(T array[], const int size) :,T findMaximum(T array[], const int size) : functions cannot be implemented using recursion with these parameter list using recursion. It is possible with three parameters. If you need plz get back me.