The assumptions for this part are: 1. The array can have any number of elements. 2....
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
The assumptions for this part are: 1. The array can have any number of elements. 2. The elements can hold any valid integer value, positive or negative. 3. The absolute sum of any two adjacent elements will be less than 300. Part 3 - 2-Dimensional Array Special Product Your task is to implement the code to meet the requirements listed below. In replit.com, within the ClassUtilities.java file, you will be editing the product Dimension method. This method receives one integer 2-dimensional array as a parameter. Your task is to find the product each of the elements in a column (as shown below), and then return an array of the products. For example, if the one integer 2-dimensional array passed in is: ArrayOne = { [2, 4, 6}, {3, 5, 7}, {8, 10, 12}} It can be represented as the following table: ArrayOne [0] [0] ArrayOne [1] [0] ArrayOne [2] [0] And the values represented as: 2 3 8 ArrayOne [0] [1] ArrayOne [1] [2] ArrayOne [2] [1] 4 ReturnArray = { 48, 90, 504 } 5 10 ArrayOne [0] [2] ArrayOne [1] [2] ArrayOne [2] [2] 6 7 12 Then the array that you will need to return would be the product of the columns, which would be: The assumptions for this part are: 1. The array can have any number of elements, but each dimension will have the same number. 2. The elements can hold any valid integer value, positive or negative. Final Project This final project is all about our eBook through chapters 9 exercises, readings and our class lectures. There are three parts to this project. Part 1 - Common Elements Your task is to implement the code to meet the requirements listed below. In replit.com, within the ClassUtilities.java file, you will be editing the commonElements method. This method receives three integer arrays as parameters. Your task is to find the common elements between the three arrays, and then return an array with the common elements. For example, if the three integer arrays passed in are: ArrayOne = { 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20 } ArrayTwo { 4, 5, 6, 12, 13, 14, 15, 16, 17, 18, 22, 23, 24, 25} ArrayThree { 5, 6, 14, 15, 16, 23, 24, 25 } Then the array that you will need to return would be: = = ReturnArray = { 14, 15, 16 } The assumptions for this part are: 1. Each array can have any number of elements and they do not need to be the same. 2. The elements can hold any valid integer value, positive or negative. Part 2 - Prime Numbers Your task is to implement the code to meet the requirements listed below. In replit.com, within the ClassUtilities.java file, you will be editing the prime Numbers method. This method receives one integer array as a parameter. Your task is to find the sum of any two adjacent elements, add them together, get the absolute value, and then determine if that number is a prime number. You will then return an array of the prime numbers. For example, if the one integer array passed in is: ArrayOne = { 3, 5, 2, -21, 7, 16 } Then the array that you will need to return would be: ReturnArray = {7, 19 } The assumptions for this part are: 1. The array can have any number of elements. 2. The elements can hold any valid integer value, positive or negative. 3. The absolute sum of any two adjacent elements will be less than 300. Part 3 - 2-Dimensional Array Special Product Your task is to implement the code to meet the requirements listed below. In replit.com, within the ClassUtilities.java file, you will be editing the product Dimension method. This method receives one integer 2-dimensional array as a parameter. Your task is to find the product each of the elements in a column (as shown below), and then return an array of the products. For example, if the one integer 2-dimensional array passed in is: ArrayOne = { [2, 4, 6}, {3, 5, 7}, {8, 10, 12}} It can be represented as the following table: ArrayOne [0] [0] ArrayOne [1] [0] ArrayOne [2] [0] And the values represented as: 2 3 8 ArrayOne [0] [1] ArrayOne [1] [2] ArrayOne [2] [1] 4 ReturnArray = { 48, 90, 504 } 5 10 ArrayOne [0] [2] ArrayOne [1] [2] ArrayOne [2] [2] 6 7 12 Then the array that you will need to return would be the product of the columns, which would be: The assumptions for this part are: 1. The array can have any number of elements, but each dimension will have the same number. 2. The elements can hold any valid integer value, positive or negative. The assumptions for this part are: 1. The array can have any number of elements. 2. The elements can hold any valid integer value, positive or negative. 3. The absolute sum of any two adjacent elements will be less than 300. Part 3 - 2-Dimensional Array Special Product Your task is to implement the code to meet the requirements listed below. In replit.com, within the ClassUtilities.java file, you will be editing the product Dimension method. This method receives one integer 2-dimensional array as a parameter. Your task is to find the product each of the elements in a column (as shown below), and then return an array of the products. For example, if the one integer 2-dimensional array passed in is: ArrayOne = { [2, 4, 6}, {3, 5, 7}, {8, 10, 12}} It can be represented as the following table: ArrayOne [0] [0] ArrayOne [1] [0] ArrayOne [2] [0] And the values represented as: 2 3 8 ArrayOne [0] [1] ArrayOne [1] [2] ArrayOne [2] [1] 4 ReturnArray = { 48, 90, 504 } 5 10 ArrayOne [0] [2] ArrayOne [1] [2] ArrayOne [2] [2] 6 7 12 Then the array that you will need to return would be the product of the columns, which would be: The assumptions for this part are: 1. The array can have any number of elements, but each dimension will have the same number. 2. The elements can hold any valid integer value, positive or negative. Final Project This final project is all about our eBook through chapters 9 exercises, readings and our class lectures. There are three parts to this project. Part 1 - Common Elements Your task is to implement the code to meet the requirements listed below. In replit.com, within the ClassUtilities.java file, you will be editing the commonElements method. This method receives three integer arrays as parameters. Your task is to find the common elements between the three arrays, and then return an array with the common elements. For example, if the three integer arrays passed in are: ArrayOne = { 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20 } ArrayTwo { 4, 5, 6, 12, 13, 14, 15, 16, 17, 18, 22, 23, 24, 25} ArrayThree { 5, 6, 14, 15, 16, 23, 24, 25 } Then the array that you will need to return would be: = = ReturnArray = { 14, 15, 16 } The assumptions for this part are: 1. Each array can have any number of elements and they do not need to be the same. 2. The elements can hold any valid integer value, positive or negative. Part 2 - Prime Numbers Your task is to implement the code to meet the requirements listed below. In replit.com, within the ClassUtilities.java file, you will be editing the prime Numbers method. This method receives one integer array as a parameter. Your task is to find the sum of any two adjacent elements, add them together, get the absolute value, and then determine if that number is a prime number. You will then return an array of the prime numbers. For example, if the one integer array passed in is: ArrayOne = { 3, 5, 2, -21, 7, 16 } Then the array that you will need to return would be: ReturnArray = {7, 19 } Final Project This final project is all about our eBook through chapters 9 exercises, readings and our class lectures. There are three parts to this project. Part 1 - Common Elements Your task is to implement the code to meet the requirements listed below. In replit.com, within the ClassUtilities.java file, you will be editing the commonElements method. This method receives three integer arrays as parameters. Your task is to find the common elements between the three arrays, and then return an array with the common elements. For example, if the three integer arrays passed in are: ArrayOne = { 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20 } ArrayTwo { 4, 5, 6, 12, 13, 14, 15, 16, 17, 18, 22, 23, 24, 25} ArrayThree { 5, 6, 14, 15, 16, 23, 24, 25 } Then the array that you will need to return would be: = = ReturnArray = { 14, 15, 16 } The assumptions for this part are: 1. Each array can have any number of elements and they do not need to be the same. 2. The elements can hold any valid integer value, positive or negative. Part 2 - Prime Numbers Your task is to implement the code to meet the requirements listed below. In replit.com, within the ClassUtilities.java file, you will be editing the prime Numbers method. This method receives one integer array as a parameter. Your task is to find the sum of any two adjacent elements, add them together, get the absolute value, and then determine if that number is a prime number. You will then return an array of the prime numbers. For example, if the one integer array passed in is: ArrayOne = { 3, 5, 2, -21, 7, 16 } Then the array that you will need to return would be: ReturnArray = {7, 19 }
Expert Answer:
Related Book For
Income Tax Fundamentals 2013
ISBN: 9781285586618
31st Edition
Authors: Gerald E. Whittenburg, Martha Altus Buller, Steven L Gill
Posted Date:
Students also viewed these programming questions
-
Step One: (Audrey) Stakeholder X = Andrew Ng , a computer scientist and entrepreneur who has played a key role in advancing AI in industry and academia. Ng was a co-founder of Google Brain and the...
-
A student wanted to find out how much sleep high schoolers get each night. She surveyed the first 100 students to arrive at school. What type of sampling method did she use?
-
In this question assume that p and q are atomic formulae. (a) Compare and contrast path formulae and state formulae in temporal logic. [4 marks] (b) Describe and contrast the meanings of F(G p) and...
-
Using the Trust Services Principles and Criteria for the Online Privacy Principle, develop an online privacy policy for Alltel Stadium that could be posted on the stadiums website for customers to...
-
As indicated in the accompanying figure, let T: R2 R2 be the orthogonal projection on the line y = x (a) Find the kernel of T. (b) Is T one-to-one? Justify your conclusion. y y=x Tx)
-
A firm has a debt-equity ratio of 0.64, a cost of equity of 13.04 percent, and a cost of debt of 8 percent. The corporate tax rate is 30 percent. What would be the cost of equity if the firm were...
-
Which of the following statements about the implications of privacy legislation for auditors most likely is false? a. As users of personal data, auditors will be exempt from privacy legislation...
-
Use the following information to prepare an income statement for Fairchild Corporation for the year ended December 31, 2012. You should show separate classifications for revenues, cost of goods sold,...
-
What are a few normal blunders that can happen while recording charges, and how might they be remedied? provide more details and examples
-
Harper Morgan owns White Mountain Assessments in Laconia, New Hampshire. The standard workweek is 40 hours. For the weekly payroll ending September 9, 2022, checks dated September 14, 2022, complete...
-
In the early 1 9 9 0 s , before pay at the pump was an option, a gas station decides to force people to pre - pay due to drive - offs. The opportunity cost of this decision may include: Question 3 2...
-
Our Business had the Following Information Related to 2019: Revenues 2019 =$4,500,000 and Revenues 2018 $4,200,000 Net Income 2019 =$90,000 and Net Income 2018=$75,000 End Total Assets 2019 =...
-
A small (25 g) highbounce ball is stacked on top of a large (100 g) highbounce ball, and the two balls are dropped to the floor together from a height of about 1 m. The large ball strikes the floor...
-
Boxes of candy were sampled and weighed in grams. Assuming that the sampling procedure followed is sufficient, use the data in the table to proper control limits. Report on the state of the process....
-
6. Find first derivative with respect to t when function is given by (2-1)logt 12e2t
-
Bolton Trucking is divided into two operating divisions: Perishable Foods and Household Goods. The company allocates Personnel and Accounting Department costs to each operating division. Personnel...
-
A body of mass m=1 kg is attached to a wall by a spring of constant k=4 N/m. It is given an initial velocity, at x=0 cm, of 10 m/s. Help: Leave pi as it is. a) Plot the time evolution of the...
-
What are some of the features of the Unified Process (UP)?
-
The following additional information is available for the Dr. Ivan and Irene Incisor family. Ivan and Irene have the following investment income, in addition to that reported in Chapter 1: Dividends...
-
William sold Section 1245 property for $25,000 in 2012. The property cost $35,000 when it was purchased 5 years ago. The depreciation claimed on the property was $16,000. a. Calculate the adjusted...
-
Leslie is a single taxpayer who is under age 65 and in good health. For 2012, she has a salary of $23,000 and itemized deductions of $1,000. Leslie is entitled to one exemption on her tax return. a....
-
Three years ago, Girston Gravel Pit purchased a material conveyor system. The company has decided to sell the system and acquire more advanced technology. Data relating to the existing system follow....
-
You have just purchased a new car, making a down payment of \(\$ 8,000\) and financing the balance of the purchase cost on an installment credit plan. According to the credit agreement, you will pay...
-
Although they should be considered independently, investing and financing decisions are often considered together. Consider the case of a consumer acquiring a new car. The consumer can purchase a car...
Study smarter with the SolutionInn App