The manufacturer of hardness testing equipment uses​ steel-ball indenters to penetrate metal that is being tested.​ However, the manufacturer thinks it would be better to use a diamond indenter so that all types of metal can be tested. Because of differences between the two types of​ indenters, it is suspected that the two methods will produce different hardness readings. The metal specimens to be tested are large enough so that two indentions can be made.​ Therefore, the manufacturer uses both indenters on each specimen and compares the hardness readings. Construct a​ 95% confidence interval to judge whether the two indenters result in different measurements. ​Note: A normal probability plot and boxplot of the data indicate that the differences are approximately normally distributed with no outliers.

TMA manufactures 37-in. high definition LCD televisions in two separate locations, Locations I and II. The output at Location I is at most 6000 televisions/month, whereas the output at Location II is at most 5000 televisions/month. TMA is the main supplier of televisions to the Pulsar Corporation, its holding company, which has priority in having all its requirements met. In a certain month, Pulsar placed orders for 3000 and 4000 televisions to be shipped to two of its factories located in City A and City B, respectively. The shipping costs (in dollars) per television from the two TMA plants to the two Pulsar factories are as follows.

TMA will ship x televisions from Location I to city A and y televisions from Location I to city B. Find a shipping schedule that meets the requirements of both companies while keeping costs to a minimum.

This is a 5 number summary for the number of children born.

Explain why it would be inappropriate to conduct a chi square test for contraceptive method and number of children ever born. Hint look at the output for the following R command (table(dat3$contrMethod, dat3$noKids))

A company manufactures a product that goes through two processes. You are given the following cost information about the process for the month of November 2019.

You are told:

1. The closing Work-In-Progress in process 1 was 80% complete for material, 50% complete for labor and 40% complete for overhead.
2. The opening Work-In-Progress was 40% complete for labour and 50% complete for overhead. It had a value of labour of GHS 3,200; and overhead of GHS 6,000 for work done in process 2
3. The closing Work-In-Progress was two-thirds complete for labour and 75% complete for overhead.
4. No further material needed to be added to the units transferred from Process 1.
5. Normal loss is budgeted at 5% of total input in Process 1 and Process 2. Total inputs is to be inclusive of any opening Work-In-Progress
6. Normal loss has no scrap value in Process 1 and can be sold for the input value from Process 1 and Process 2
7. Abnormal losses have no sales value
8. It is company policy to value opening WIP in a process by Weighted Average Method

You are required to prepare the following accounts for the period:

1. Process 1 Account
2. Process 2 Account
3. Normal Loss Account
4. Abnormal loss/gain account

Question 2:

Traffic Control Systems makes bright rubber traffic cones. The company has two departments, Melting and Forming. Raw materials are introduced at various stages throughout the melting process. The following is the department’s work in process T-Account for August:

The August 1 work in process includes material of $100, labour of $52, and overhead of $200.

Required:

Using the weighted average method, prepare a production cost report for the company.

Question 2:

Traffic Control Systems makes bright rubber traffic cones. The company has two departments, Melting and Forming. Raw materials are introduced at various stages throughout the melting process. The following is the department’s work in process T-Account for August:

The August 1 work in process includes material of $100, labour of $52, and overhead of $200.

Required:

Using the weighted average method, prepare a production cost report for the company.

Write this program in a C++ language Calculate the ideal age of a spouse. Enter either m or f from the keyboard in lower case. You may use string data for the gender. Convert the gender to upper case

Enter an age from the keyboard, probably an integer

You will need prompts telling the user what to enter.

Use an IF statement to determine if the person is a male or female. You do one calculation if the person is a male else you do another calculation if the person is a female.

Use a loop where you enter this data (loop for 1 to 6 ) so you will only have to run the program 1 time instead of 6 times.

m 28

m 70

m 18

f 32

f 60

f 13

For each set of data, print out the Gender, age, and Ideal Spouse's age, along with the following messages when they apply (the messages will be in the last column):

If a male over 60, print “robbing the cradle.”

If a male under 25, print “too young to be married”

if a female over 60, print “a gold digger”

if a female < 19 print “jail bait”

Plato's formula. A little bit out of date. You will be a gold digger or robbing the cradle if your age is over 40 because back then people only lived to be about 35 or so on the average.

For a male, his ideal spouse’s age is his age/2+7

For a female, her age*2-14

So, inside the loop

1. Input from the keyboard either m or f and an age

2. convert the m or f to upper or upper case

3. enter age from keyboard

4. Use an if to determine if user is a male or female. Use the appropriate syntax for your language. Calculate Ideal age.

5. Print the Gender as “Male” or as “Female”, and the age, and the ideal age you calculated.

6. Then print any matching messages on the same line

7. Accumulate the total idea age of a male spouse and of a female spouse and the count of males and females.

8. When you exit the loop the print the average idea age of a spouse for a male and the average ideal age of a spouse for a female.

if gender=="M"

do male calculation

else

do female calculation

remember two = signs for comparison

You will need braces for code blocks

The number of people arriving at an emergency room follows a Poisson distribution with a rate of 9 people per hour.

a) What is the probability that exactly 7 patients will arrive during the next hour?
b. What is the probability that at least 7 patients will arrive during the next hour?

c. How many people do you expect to arrive in the next two hours?

d. One in four patients who come to the emergency room in hospital.

Calculate the probability that during the next 2 hours exactly 20 people will arrive and less than 7 will be hospitalized

A number between 1 and 10, inclusive, is randomly chosen. Events A and B are defined as follows. A: {The number is even} B: {The number is less than 7} Identify the simple events comprising the event (A and B). Select one: {1, 2, 3, 4, 5, 6} {2, 4, 6, 8, 10} IncorrectIncorrect {1, 2, 3, 4, 5, 6, 7, 8, 9, 10} {2, 4, 6} Question 10 Incorrect 0.00 points out of 1.00 Not flaggedFlag question Question text A number between 1 and 10, inclusive, is randomly chosen. Events A and B are defined as follows. A: {The number is even} B: {The number is less than 7} Identify the simple events comprising the event (A or B). Select one: {1, 2, 3, 4, 5, 6, 8, 10} {1, 2, 3, 4, 5, 6, 7, 8, 10} {1, 2, 3, 4, 5, 6} IncorrectIncorrect {2, 4, 6}

ABC and CVP Analysis: Multiple Products Good Scent, Inc., produces two colognes: Rose and Violet. Of the two, Rose is more popular. Data concerning the two products follow: Rose Violet Expected sales (in cases) 50,000 10,000 Selling price per case $100 $80 Direct labor hours 36,000 6,000 Machine hours 10,000 3,000 Receiving orders 50 25 Packing orders 100 50 Material cost per case $50 $43 Direct labor cost per case $10 $7 The company uses a conventional costing system and assigns overhead costs to products using direct labor hours. Annual overhead costs follow. They are classified as fixed or variable with respect to direct labor hours. Fixed Variable Direct labor benefits $ — $200,000 Machine costs 200,000* 262,000 Receiving department 225,000 — Packing department 125,000 — Total costs $550,000 $462,000 * All depreciation Required: 1. Using the conventional approach, compute the number of cases of Rose and the number of cases of Violet that must be sold for the company to break even. In your computations, round variable unit cost to the nearest cent and round the number of break-even packages to the nearest whole number. Break-even cases of Rose _cases Break-even cases of Violet _cases 2. Using an activity-based approach, compute the number of cases of each product that must be sold for the company to break even. In your computations, round all computed amounts to the nearest cent and round the number of break-even packages to the nearest whole number. Break-even cases of Rose _cases Break-even cases of Violet _cases

ABC and CVP Analysis: Multiple Products

Good Scent, Inc., produces two colognes: Rose and Violet. Of the two, Rose is more popular. Data concerning the two products follow:

The company uses a conventional costing system and assigns overhead costs to products using direct labor hours. Annual overhead costs follow. They are classified as fixed or variable with respect to direct labor hours.

* All depreciation

Required:

1. Using the conventional approach, compute the number of cases of Rose and the number of cases of Violet that must be sold for the company to break even. In your computations, round variable unit cost to the nearest cent and round the number of break-even packages to the nearest whole number.

2. Using an activity-based approach, compute the number of cases of each product that must be sold for the company to break even. In your computations, round all computed amounts to the nearest cent and round the number of break-even packages to the nearest whole number.