NO Chart was provided.

Spectre Chemicals produces Canovic in a two-department process. Information on the two departments for March and April 2016 are as follows:

MARCH 2016:

Department 1: The Company had beginning inventory of 6,000 units, 40% completed with a cost of $45,000. During the month, the department transferred in 22,000 units of the direct materials with a cost of $10 per unit. Ending inventory was 7,000 units, 30% completed. Direct labor is $310,500 and factory overhead is $103,500.

Department 2: The Company had beginning inventory of 5,000 units, 70% completed with a cost of $80,000. During the month, direct labor was $175,000 and factory overhead was $87,500. Ending inventory was 10,000 units, 50% completed.

APRIL 2016:

Department 1: During the month, the department transferred in 20,000 units of the direct materials with a cost of $11 per unit. Direct labor is $209,000 and factory overhead is $104,500. Ending inventory is 10,000 units 60% completed.

Department 2: During the month, direct labor is $175,000 and factory overhead is $87,500. The company had ending inventory of 5,000 units, 70% completed with a cost of $80,000. Required:

-Compute the Equivalent Units of Production, Material costs, and Conversion costs for each department for March and April 2014.

-Complete the attached chart – one for each department and each month.

-Prepare a cost of production report for March and April 2014.

Determine the sampling method used in the following scenarios and state whether it is generally biased, or generally unbiased. If a method is generally biased give a reason why it may be biased. a. A factory uses three machines to make a product and the output follows a pattern of Machine 1, Machine 2, Machine 3, Machine 1, … To collect a sample one of the first three products in the line is selected and then every 10th product is selected. b. In order to complete an assignment in a statistics class, a student surveys 15 of their friends. c. A sports talk show posts a poll on their website on the topic they are discussing that day. d. In a clinical trial an independent company is hired to administer a drug trial. 100 people are selected to participate in the trial and split into two groups of 50. One group of 50 is given the medication, and the other 50 are given sugar pills (placebo). The participants and the person administering the “medication” do not know if they are in the test group, or the placebo group.

You work for a bank that has a program with a dependency of the account class. Unfortunately the hard drive that contained the source code for the account class went bad and no backup can be found. Obviously, this means you bank needs to address this issue. However, your task is to recreate the account class. The good news is that your company was able to locate a tester of the account class and one helper function to output the class. Using these two files, you should be able to re-engineer account.h and account.cpp to work as originally designed.

Implement the account class.

main.cpp:

#include <iostream>
#include "account.h"
#include "account_output.h"
using namespace std;
using namespace DS;

int main() {

    cout << "Account Tester" << std::endl;

    //Create an account with 3.0% interest rate
    account savings(0.03);
    //Deposit one dollar
    savings.deposit(1.00);
    //Account should have exactly $1 in it
    cout << savings << endl;

    //Move up a week
    savings.advanceDay(7);
    cout << savings << endl;

    //Deposit $450.55
    savings.deposit(450.55);
    cout << savings << endl;

    //Move up 23 days, should see our first compound
    //However, the average balance not 451.55, since the balance was $1 for 7 of the 30 days
    savings.advanceDay(23);
    cout << savings << endl;

    //Advance a bunch with balance unchanged, two compoudings happen
    savings.advanceDay(65);
    cout << savings << endl;

    //Deposit more
    savings.deposit(1000);
    cout << savings << endl;

    //Advance a bunch with balance unchanged, at least two more interest calculations
    savings.advanceDay(65);
    cout << savings << endl;

    //Will not mutate object, amount must be > 0
    savings.deposit(-1000);
    cout << savings << endl;

    //Will not mutate object, amount must be > 0
    savings.withdraw(-1000);
    cout << savings << endl;

    //Will not mutate object, amount must < balance
    savings.withdraw(-10000);
    cout << savings << endl;

    //lower balance by 50
    savings.withdraw(50);
    cout << savings << endl;

    savings.advanceDay(30);
    cout << savings << endl;

    return 0;
}

account_output.h: Overload of the << operator to display the balance and week number.

#ifndef PROJECT_SAVINGS_ACCOUNT_OUTPUT_H
#define PROJECT_SAVINGS_ACCOUNT_OUTPUT_H

#include <ostream>
#include <iomanip>

namespace DS {
    //Precondition: None
    //Postcondition: Output to stream, in the format of
    // day: DAYNUM, balance: $x.xx
    std::ostream &operator<<(std::ostream &, const account &);

    std::ostream &operator<<(std::ostream &os, const account &account) {
        os << "day: "
            << account.getDayNumber()
            << ", balance: $"
            << std::fixed
            << std::setprecision(2)
            << account.getBalance();
        return os;
    }
}
#endif

Due 09/17/2019 11:59pm

5. Consider a newlywed who is planning a wedding anniversary gift of a trip to Dubai for her
husband at the end of 10 years. She will have enough to pay for the trip if she invests $5,000
per year until that anniversary and plans to make her first $5,000 investment on their first
anniversary. Assume her investment earns an 8 percent interest rate, how much will she have
saved for their trip if the interest is compounded in each of the following ways?
a. Annually
b. Quarterly
c. Monthly
6. If you applied for a loan of $10,000 from two different banks, and Bank Y makes an offer to
charge interest of 7% compounded monthly and Bank Z offers you 8% annual interest due at the
end of the year. What will be the difference in the Effective Interest Rate charged by the two
banks?
7. Your grandfather left an inheritance for you of $50,000. However you can only drawdown on
the investment as follows:
Years 1 – 4 $10,000 and
Year 5 $40,000
Interest on the fund is 7.5%. What is the present worth of this inheritance?
8. Your choice of vehicle is the Honda CRV, which you plan to purchase in 5 years time after you
have completed your studies. You plan to save a certain sum of money every quarter for the
next 5 years, and the bank offers you a rate of 8% per annum on your savings. How much do
you need to save every quarter to meet the price of your vehicle which is $150, 000.

The table below shows a dataset representing the ages of employees working for three different districts. Assuming a minimum working age of 18 and a mandatory retirement age of 65:

1. What is the possible age range for each district?
2. What is the possible age range for all districts combined?
3. What is the computed age range for each district?
4. What is the computed age range for all districts combined?
5. What does the computed versus actual age range tell you about the dispersion computed in questions 1-4?
6. What is the standard deviation for age in each district?
7. What does the standard deviation tell you about the dispersion of age in each district?
8. What is the standard deviation of age in all districts combined?
9. What is the variance in age in each district?
10. What is the variance in age when all districts are combined?

QUESTION

1. A reading program for fourth graders at Wiley Elementary School in Raleigh randomly selected 10 books from their recommended titles. The number of pages in each book is given below:

   176

   224

   175

   126

   80

   144

   194

   64

   198

   177

   What is the standard deviation of the number of pages in these books? (round to two decimal places)

QUESTION

1. The table below lists tap water lead content in parts per billion for 71 residences in Flint, MI, in 2015.

   0	104	10	6	5	0	3	0	13	4	2	2
   8	6	2	1	1	0	2	7	3	5	5	0
   0	5	5	42	22	8	20	6	2	5	3	2
   3	2	3	4	21	7	3	42	0	7	0	6
   28	18	1	2	3	1	5	0	3	10	2	3
   2	5	2	3	0	3	9	11	0	0	0

   Use Excel to calculate the following for this data set. Round all answers to two decimal places.

   Mean:

   Median:

   Mode:  

   Range:

   Standard Deviation:

QUESTION

1. The following data are the 2012-2013 salaries in thousands of dollars for 14 randomly selected Carolina Panthers football players:

   465	490	490	490	540	540	540
   700	770	1308	1500	2400	7750	8500

   Use Excel to calculate the following. Round all answers to two decimal places if they are not whole numbers. If there is no mode, write NONE for the mode.

   Mean:

   Median:

   Modes: (smaller) , larger

   Range:

   Standard Deviation:

QUESTION 8

1. The following data are the in-state tuition for a full time student at 15 randomly selected community colleges in North Carolina:

   1294	1090	1241	1074	1336
   1337	1452	1424	1344	1413
   1379	1380	1419	1414	1382

   Use Excel to calculate the following. Round to two decimal places for results that are not whole numbers. If there is no mode, write NONE for the mode.

   Mean:

   Median:

   Mode:

   Range:

   Standard Deviation:

Please, show me your all works. Thanks.

Customer hires a contractor to tile 40 identical rooms in his office building. The customer purchased the tile and the contractor will be reimbursed for labor only. The contractor assumes he can complete one room per day at eight hours per day and at a cost of $1000/day or $1000 per room The planned cost is $40,000 and the planned duration is 40 days Current status At the end of 6 weeks (30 days).

The contractor has completed 24 rooms at a cost of 27,000. This includes a freak accident where the tiles for two offices had to be removed & replaced.

• Create a project status table similar to the one below and calculate the values for: PV, EV, AC, BAC, CV, CPI, SV, SPI, EAC, ETC, VAC, TCPI

•Round any indices to two decimals

Planned value (PV)

Earned value (EV)

Actual cost (AC)

Budget at Completion (BAC)

Estimate to Complete (ETC)

Variance at Completion (VAC)

To Complete Performance Index (TCPI)

Cost Variance (CV)

Schedule Variance (SV)

Cost Performance Index (CPI)

Schedule Performance Index (SPI)

Estimate at Completion (EAC)

Create a two-part form that calculates weekly income for Happy Diner's waitress Tammy, based on her regular hours, overtime pay, and tips. She makes $10 an hour, if she works 40 hours a week, or less. Her overtime pay is $15 an hour. If Tammy worked over 40 hours, she is earning her overtime wages. Happy customers give her tips as well.

Use an HTML document named tipsYourlastname.html as a Web form with two text boxes — one for the number of hours worked and one for the tips. Use a PHP document named tipsyourlastname.php as the form handler. Output the total amount earned to the screen in some nice organized manner. Please comment your code appropriately and test your program with various input to ensure it operates correctly. Check your math as well.

Please remember that program has to work to get credit.  This is a very small program, but you need to plan ahead and give yourself enough time for testing and debugging. Write a small piece of code at a time and test it before you add more code. Work incrementally.

In excell

• t-Test Assuming Equal Variances
• t-Test With Paired Two Samples for Means
• Analysis of Variance
• Correlation Coefficient
• Simple Regression

Skills and self-esteem are believed to influence job performance. To investigate this, an experimenter split 14 recent parolees into "high skill and self-esteem" and "low skill and self-esteem" groups. Three months later, employers were asked to rate each parolee’s job performance on a standard test that gives ratings from 1 to 10, with 10 being the highest. The following ratings were obtained for the individuals in the two groups:

a. Run descriptive statistics on the data. Please provide measures of central tendency and variability for the entire sample and also by groups.

b. Are there differences in job performance between the two groups? In your response, provide the answers to the following:

(i) The test you will run.

(ii) The null and research hypothesis.

(iii) The test results (copy the results to the word doc).

(iv) Your interpretation of the results.