It is desired to create a mortgage estimator by writing a program containing a function. The user inputs the amount of loan (L), the loan term in number of months (W, and the annual interest rate (D in the script. The script then makes use of a function that accepts these values as inputs through its argument and calculates and returns the monthly payment and the total payments over the life of the loan. The monthly payment and the total payment could be calculated using the following expressions:
monthly payment 1-(1+ 1 112) N I/12 total payment Nxmonthly payment
Note that the interest rate must be expressed in decimal; for example, if the interest rate is 8% it must be entered as 0.08 Test your program for several scenarios and submit the results with the program listing.
The values of L, I, monthly payment, and total payment should be written to a file as shown below:
Interest Loan Amount Interest Months Monthly Payment Total Payment
0.06 10000 36
108 120000 0.05
0.07 85000 48
0.08 257000 240
0.05 320000 120

Answer:

In Python:

L = int(input("Loan Amount: "))

N = int(input("Months: "))

I = float(input("Annual Interest Rate: "))

monthly_payment = round(L/((1 - (1 + I/12)**(-N))/(I/12)),2)

total_payment = round(N * monthly_payment,2)

f= open("outputfile.txt","a+")

f.write(str(L)+"\t\t"+str(I)+"\t\t"+str(N)+"\t\t"+str(monthly_payment)+"\t\t"+str(total_payment)+"\n")

Explanation:

The next three lines get the required inputs

L = int(input("Loan Amount: "))

N = int(input("Months: "))

I = float(input("Annual Interest Rate: "))

Calculate the monthly payment

monthly_payment = round(L/((1 - (1 + I/12)**(-N))/(I/12)),2)

Calculate the total payment

total_payment = round(N * monthly_payment,2)

Open the output file

f= open("outputfile.txt","a+")

Write output to file

f.write(str(L)+"\t\t"+str(I)+"\t\t"+str(N)+"\t\t"+str(monthly_payment)+"\t\t"+str(total_payment)+"\n")

Is there an alternative website of https://phantomtutors.com/ to get guidance in online classes?

Print person1's kids, call the incNumKids() method, and print again, outputting text as below. End each line with a newline.
Sample output for below program with input 3:
Kids: 3
New baby, kids now: 4
// ===== Code from file PersonInfo.java =====
public class PersonInfo {
private int numKids;

public void setNumKids(int setPersonsKids) {
numKids = setPersonsKids;
}

public void incNumKids() {
numKids = numKids + 1;
}

public int getNumKids() {
return numKids;
}
}
// ===== end =====

// ===== Code from file CallPersonInfo.java =====
import java.util.Scanner;

public class CallPersonInfo {
public static void main(String [] args) {
Scanner scnr = new Scanner(System.in);
PersonInfo person1 = new PersonInfo();
int personsKid;

personsKid = scnr.nextInt();

person1.setNumKids(personsKid);

/* Your solution goes here */

}
}
// ===== end =====

You are given an array of arrays a. Your task is to group the arrays a[i] by their mean values, so that arrays with equal mean values are in the same group, and arrays with different mean values are in different groups. Each group should contain a set of indices (i, j, etc), such that the corresponding arrays (a[i], a[j], etc) all have the same mean. Return the set of groups as an array of arrays, where the indices within each group are sorted in ascending order, and the groups are sorted in ascending order of their minimum element.

Example

For
a = [[3, 3, 4, 2],
[4, 4],
[4, 0, 3, 3],
[2, 3],
[3, 3, 3]]
the output should be

meanGroups(a) = [[0, 4],

[1],

[2, 3]]

mean(a[0]) = (3 + 3 + 4 + 2) / 4 = 3;
mean(a[1]) = (4 + 4) / 2 = 4;
mean(a[2]) = (4 + 0 + 3 + 3) / 4 = 2.5;
mean(a[3]) = (2 + 3) / 2 = 2.5;
mean(a[4]) = (3 + 3 + 3) / 3 = 3.
There are three groups of means: those with mean 2.5, 3, and 4. And they form the following groups:

Arrays with indices 0and 4 form a group with mean 3;
Array with index 1 forms a group with mean 4;
Arrays with indices 2and 3 form a group with mean 2.5.
Note that neither

meanGroups(a) = [[0, 4],

[2, 3],

[1]]

nor

meanGroups(a) = [[0, 4],

[1],

[3, 2]]

will be considered as a correct answer:

In the first case, the minimal element in the array at index 2 is 1, and it is less then the minimal element in the array at index 1, which is 2.
In the second case, the array at index 2 is not sorted in ascending order.
For
a = [[-5, 2, 3],
[0, 0],
[0],
[-100, 100]]
the output should be

meanGroups(a) = [[0, 1, 2, 3]]

The mean values of all of the arrays are 0, so all of them are in the same group.

Input/Output

How many people has the largest cyber attack killed?

If the maximum range of projectile is x. show that the maximum height reached by the same projectile is x/4.
​

EXTRA CREDIT - 1 point! Scenario: A small business has implemented the best way to handle the few Service Accounts they have in their AD: They use a random password generator to set Service Account passwords, have 1 Service Account per service, and policies are set so that the accounts do not expire. The current passwords are not even stored anywhere. The company rigorously documents this setup, and diligently deprovisions accounts when services configurations change. The company has also implemented Account Monitoring, and know when any of the Service Accounts is being attempted to be used without the correct password, indicating an attack attempt. Due to the security sensitivity of the data accessible via the Service Accounts, any attack attempts will cause the service account to be disabled and IT staff alerted. Finally, the company has implemented a script that can be used to update the existing passwords -- resetting them via the only account delegated this authority: the Enterprise Root account. To ensure none of the IT staff can use the Enterprise Root account to reset a Service Account without consent, the password for the Enterprise Root account is only known to the company's CIO (Chief Information Officer), and is not stored anywhere. Identify (1) one major problem that you can see with this setup, and describe why this is a problem. There are multiple correct answers possible for this EXTRA CREDIT question.

An administrator wants to restrict access to a particular database based upon a stringent set of requirements. The organization is using a discretionary access control model. The database cannot be written to during a specified period when transactions are being reconciled. What type of restriction might the administrator impose on access to the database

The process of saving information to a secondary storage device is called...

List 3 clinical tools available in the EHR and discuss how those benefit the patient and/or the practice

Consider the following code segment, which is intended to create and initialize the two-dimensional (2D) integer array num so that columns with an even index will contain only even integers and columns with an odd index will contain only odd integers.
int[][] num = /* missing code */;
Which of the following initializer lists could replace /* missing code */ so that the code segment will work as intended?
A. {{0, 1, 2}, {4, 5, 6}, {8, 3, 6}}
B. {{1, 2, 3}, {3, 4, 5}, {5, 6, 7}}
C. {{1, 3, 5}, {2, 4, 6}, {3, 5, 7}}
D. {{2, 1, 4}, {5, 2, 3}, {2, 7, 6}}
E. {{2, 4, 6}, {1, 3, 5}, {6, 4, 2}}

What you need to know In this program, a roll string is a number, followed by a lowercase "d", followed by another number. The first number is the number of dice to roll. The second number is the number of sides on each die. For example, 1d6 means there is one die with six sides. The total output of the roll is a random whole number between one and six, inclusive. 2d8 means there are two dice, each with eight sides. The total output of the roll is a random whole number between two and 16, inclusive. Since we are using a computer, we can have an input like 500d1000 (meaning a 1000-sided die, rolled 500 times) which would not be possible in real life.
Function: get_roll(rollstring)
This function takes an input parameter as a string that looks like "1d3", "3d5", etc. The function should return an integer simulating those dice rolls. In the case of "3d5", for example, the function will generate a random number between one and five, three times, and return the total (sum) as an integer. This function should return the value back to get_damage().
Function: get_damage(attack, defense)
This function gets the value of damage based on roll strings. Player 1 (the first roll) is always on attack; Player 2 (the second roll) is always on defense. If the defense roll is greater than the attack roll, return 0. Otherwise, return attack minus defense, as an integer. This function should call get_roll() twice, once for each Player. This function should return the value back to main_main().
Function: main_menu()
In this function, ask the user how many rounds they want to play. Next, ask the user to input Player 1 and Player 2’s dice for roll one, roll two, etc., up to the number of rolls they entered. The rolls for each round must be entered on one line with no spaces. This function should call get_damage() for each round.

pharmaceutical company is using blockchain to manage their supply chain. Some of their drugs must be stored at a lower temperature throughout transport so they installed RFID chips to record the temperature of the container. Which other technology combined with blockchain would help the company in this situation?

if the bleeding period of a woman is indicated by days of 1-5, then the days when the woman is highly fertile is between______,show how it is ?​

In the QuickSort algorithm, the partition method we developed in class chose the start position for the pivot. We saw that this leads to worst case performance, O(n2), when the list is initially sorted. Try to improve your QuickSort by choosing the value at the middle, instead of the value at the start, for the pivot. Test your solution with the Driver you used for homework. Upload the output produced by the Driver, and your modified QuickSort source file.

====================================================

ORIGINAL

public class QuickSort> implements Sorter

{

List list;

public void sort(List list)

{

this.list = list;

qSort(0, list.size() -1);

}

public void qSort(int start, int end)

{

if(start >= end)

return;

int p = partition(start,end);

qSort(start, p-1);

qSort(p+1,end);

}

public int partition(int start,int end)

{

int p = start;

E pivot = list.get(p);

for(int i = start+1; i <= end; i++)

if(pivot.compareTo(list.get(i)) > 0)

{

list.set(p, list.get(i));

p++;

list.set(i,list.get(p));

}

list.set(p,pivot);

return p;

}

}

====================================================

Driver

public class DriverQuicksort

{ static final int MAX = 20;



public static void main(String[] args)

{

Random rand = new Random(); // random number generator

List numbers = new ArrayList ();

Sorter sorter;

sorter = new QuickSort ();



// Test QuickSort with random input

System.out.println ("Testing Quicksort");

for (int i=0; i
numbers.add (rand.nextInt(50)); // random int in [0..49]

System.out.println ("Before sorting:");

System.out.println (numbers);

sorter.sort (numbers );

System.out.println ("After sorting:");

System.out.println (numbers);

System.out.println ();





// Test QuickSort with ascending input

numbers.clear();

for (int i=0; i
numbers.add (i * 10); // initially in ascending order

System.out.println ("Before sorting:");

System.out.println (numbers);

sorter.sort ( numbers);

System.out.println ("After sorting:");

System.out.println (numbers);

System.out.println ();



// Test QuickSort with descendng input

numbers.clear();

for (int i=0; i
numbers.add (MAX-i); // initially in ascending order

System.out.println ("Before sorting:");

System.out.println (numbers);

sorter.sort ( numbers);

System.out.println ("After sorting:");

System.out.println (numbers);

System.out.println ();



numbers.clear();

numbers.add(75);

numbers.add(93);

numbers.add(35);

numbers.add(0);

numbers.add(75);

numbers.add(-2);

numbers.add(93);

numbers.add(4);

numbers.add(6);

numbers.add(76);

System.out.println ("Before sorting:");

System.out.println (numbers);

sorter.sort(numbers);

System.out.println ("After sorting:");

System.out.println (numbers);

System.out.println ();

}

}

Write a statement that takes a variable named file_object that contains a file object and reads its contents into a Python list of lines. Store the resulting list into a variable named file_contents.Write a statement that takes a variable named file_object that contains a file object and reads its contents into a Python list of lines. Store the resulting list into a variable named file_contents.

1. Add the following method to the Point class:
public double distance(Point other)
Returns the distance between the current Point object and the given other Point object. The distance between two points is equal to the square root of the sum of the squares of the differences of their x- and y-coordinates. In other words, the distance between two points (x1, y1) and (x2, y2) can be expressed as the square root of (x2 - x1)2 + (y2 - y1)2. Two points with the same (x, y) coordinates should return a distance of 0.0.
public class Point {
int x;
int y;
// your code goes here
}
2. Create a class called Name that represents a person's name. The class should have fields named firstName representing the person's first name, lastName representing their last name, and middleInitial representing their middle initial (a single character). Your class should contain only fields for now.
3. Add two new methods to the Name class:
public String getNormalOrder()
Returns the person's name in normal order, with the first name followed by the middle initial and last name. For example, if the first name is "John", the middle initial is 'Q', and the last name is "Public", this method returns "John Q. Public".
public String getReverseOrder()
Returns the person's name in reverse order, with the last name preceding the first name and middle initial. For example, if the first name is "John", the middle initial is 'Q', and the last name is "Public", this method returns "Public, John Q.".
4. Add the following method to the Point class:
public int quadrant()
Returns which quadrant of the x/y plane this Point object falls in. Quadrant 1 contains all points whose x and y values are both positive. Quadrant 2 contains all points with negative x but positive y. Quadrant 3 contains all points with negative x and y values. Quadrant 4 contains all points with positive x but negative y. If the point lies directly on the x and/or y axis, return 0.
public class Point {
private int x;
private int y;

// your code goes here
}

Write a Python program (rainfall.py) to collect data and calculate the average rainfall over a period of years. The program should first ask for the number of years. Then for each year, the program should ask twelve times, once for each month, for inches of rainfall for that month. At the end, , the program should display the number of months, the total inches of rainfall, and the average rainfall per month for the entire period.

Your program should contain two functions:

(1) rainfall(year): This function takes in a year (integer) as a parameter, and returns two values (totalMonths and totalRainfall). In this function, you need to use nested loop. The outer loop will iterate once for each year. The inner loop will iterate twelve times, once for each month. Each iteration of the inner loop will ask the user for inches (float) of rainfall for that month. After all iterations, the function should return the number of months (totalMonths) and the total inches of rainfall (totalRainfall). (Submit for 4 points)

(2) __main__: In the main, you do the following: (Submit for 6 points)

a. Prompt the user to input the number of years. Reprompt the user if the number of years is 0 or less. Hint: use a while loop.
b. Call rainfall(year) and pass to it the value entered above.
c. Calculate the average based on the returned values from rainfall function.
d. Display the number of months, the total inches of rainfall, and the average rainfall per month for the entire period.

For her homework, Annie has added the picture of a fruit in a document. She wants to enhance it to give a cut-out look. Which feature or menu option should she use?

Kevin is a DJ and has a passion for creating and modifying audio tracks. Which application software facilitates him in his passion?
A.
presentation software
B.
multimedia software
C.
word processing software
D.
spreadsheet software

Find the distance between the points.


(5,-2),(-6,-2)

Which of the following activities do not involve Information Technology? *



A. Identification card theft

B.Dissemination of Information through social media

C. Listening to an mp3 device

D. Using a software to generate images​

Select the correct answer.
18. Which principle of animation involves presenting an object prominently as the focus of a scene?
A.
anticipation
B.
staging
C.
timing
D.
arcs
E.
ease in and ease out

A video game character can face toward one of four directions: north, south, east, and west. Each direction is stored in memory as a sequence of four bits. A new version of the game is created in which the character can face toward one of eight directions, adding northwest, northeast, southwest, and southeast to the original four possibilities. Which of the following statements is true about how the eight directions must be stored in memory?
A. Four bits are not enough to store the eight directions. Five bits are needed for the new version of the game.
B. Four bits are enough to store the eight directions
C. Four bits are not enough to store the eight directions. Sodeen bits are needed for the new version of the game.
D. Four bits are not enough to store the eight directions. Eight bits are needed for the new version of the game.

what is the difference between the flip horizontal and the flip vertical option

A rectangle indicates a single process.true or false​

A colleague has written a section of the main body of the same financial report. He has a long paragraph with lots of numbers. You suggest that he make this section easier to read by adding _____.


graphics

a reference

columns

a table

What is the New York Times doing to try to keep up with digital technology?

Explain why programming languages evolve?​

In Subtractive empathy, the counselor responses gives back less (or distorts) than what the client has said. slightly add something to what the client has said. add a link to something the client has said earlier. interchangeable with client experience.

Tyrone Shoelaces has invested a huge amount of money into the stock market and doesnât trust just anyone to give him buying and selling information. Before he will buy a certain stock, he must get input from three sources. His first source is Pain Webster, a famous stock broker. His second source is Meg A. Cash, a self-made millionaire in the stock market, and his third source is Madame LaZora, world-famous psychic. After several months of receiving advice from all three, he has come to the following conclusions:

a) Buy if Pain and Meg both say yes and the psychic says no.

b) Buy if the psychic says yes.

c) Donât buy otherwise.

Construct a truth table and find the minimized Boolean function to implement the logic telling Tyrone when to buy.