Problems 1 and 3 MATLAB

Problems 1 and 3 MATLAB

Problems 4 7 .Consider the matrix A= 3 Request the matrix from the user with the input command. With the find command, use a print command to print these results to the 4 6 8 2 Command Window: a) Programmatically count how many elements of the matrix A are equal to 4 b) Programmatically count how many elements of the matrix A are less than 5 or greater than 7. . In Lecture 04 we discussed the merits of the atan2 command. Create a programmer-defined function atan3 that mimics the functionality of atan2. Remember that the form of the function atan2 is atan2 (y, x) . The quadrant correction is to add r to the result of the inverse tangent calculation if 0; no correction is made to the result of the inverse tangent calculation if okay if your result is off by a perlod, or 2T) 0. Note that atan2 returns a valueE-, ]. though your atan3 function need not constrain the result to that interval (i.e. it is In a script, test your atan3 function against the built-in atan2 function. . The function f (x) = ln{z) is defined over the real numbers (p) for E (0, 00) (though MATLAB will report ]n(0) as-Inf).Use an if selection structure to check if the inputted f() according to these three cases: value of Is In the domain is not in the domain of f(r) (ie. if E (-o, 0, use the error command to print an error message to the Command Window Case 1: If the inputted Case 2: If the inputted is on the domain (0, 1), use the warning command to print a warning to the Command Window stating that the value of f()will be less than O. , oo) then calculate and print to the Command Window the value of f(). Case 3: If the inputted is in the domain Hint: What are the branches in this selection structure? Identify them first, then begin to program the cases. E [0.5] then is defined within (or “belongs to”) that range of NB: The symbol E is a mathematical symbol that can be interpreted in English as “is an element of” For example, if numbers. You will likely recall from calculus that parentheses indicate a specific interval does not include the end-point (a so-called “open interval”), while brackets indicate that the nterval does include the end point (a so-called “closed interval”)

This is my JAVA program and I want the final favorites list to print out the user's rankings in order…. the txt file is a list of movies:

Spider Man

Iron Man

The Avengers

import java.io.File;

import java.io.FileNotFoundException;

import java.io.PrintWriter;

import java.util.ArrayList;

import java.util.Scanner;

import java.util.Collections;

public class program {

   public static void main(String[] args) {

       // TODO Auto-generated method stub

       ArrayList fileOfMovies = new ArrayList<>();

       //calls from original file

       ArrayList movieList = new ArrayList<>();

       //add and remove from list

       ArrayList rankings = new ArrayList<>();

       //array list for rankings

       ArrayList comments = new ArrayList<>();

       //array list for comments

       int choice = 0;

       Scanner keyboard = new Scanner(System.in);

       try {

           Scanner fileReader = new Scanner(new File(“favorites.txt”));

           while(fileReader.hasNextLine())

           {

               String movieDetail = fileReader.nextLine();

               if(!movieDetail.equals(“”))

               fileOfMovies.add(movieDetail);

               String tokens[] = movieDetail.split(“|”);

               movieList.add(tokens[0].trim());

               rankings.add(tokens[0].trim());

               comments.add(tokens[0].trim());

           }

           fileReader.close();

           //print all favorites to “Show what&#39;s coming”

           System.out.println(“List of movies : “);

           System.out.print(“—————n”);

           for(String string: movieList)

               System.out.println(string);

           String fav;

           while(true)

           {

               System.out.print(“—————n”);

               int enteredChoice = 0;

               Scanner myChoiceScan = new Scanner(System.in);

               boolean choiceError = false;

               String choiceString = “”;

              

               do {

                   try {

              

               System.out.print(“Please select one of the following:”);

               System.out.print(“n1. Add a favoriten2. Remove a favoriten3. Add ratings and commentsnEnter your choice: “);

               choiceString = myChoiceScan.next();

               enteredChoice = Integer.parseInt(choiceString.trim());

               choiceError = false;

                   } catch (Exception e) {

                       System.out.println(“Your entry: “” + choiceString + “” is invalid…Please try again”);

          choiceError = true; //Uh-Oh…We have a problem.

                   }

               } while (choiceError == true);

               //if(enteredChoice != 1 && enteredChoice != 2)

               //   break;

              

              

               if(enteredChoice == 1)

               {

                   System.out.print(“nEnter a favorite: “);

                   fav = keyboard.nextLine();

                   while(fav.length()

                   fav+= ” “;

                   movieList.add(fav);

                   rankings.add(” “);

                   comments.add(” “);

                   fileOfMovies.add(fav);

                   System.out.println(“Added favorite: ” + fav);

               }

               else if(enteredChoice ==2)

               {

                   System.out.print(“nEnter a favorite: “);

                   fav = keyboard.nextLine();

                   boolean check = false;

                   for(int i=0; i

                   {

                       if(movieList.get(i).contains(fav))

                       {

                           movieList.remove(i);

                           rankings.remove(i);

                           comments.remove(i);

                           fileOfMovies.remove(i);

                           check = true;

                           System.out.println(“Movie removed successfully!”);

                       }

                   }

                   if(!check)

                       System.out.println(“Entered movie does not exist.”);

               }

               else if(enteredChoice == 3) {

                   boolean valid=true;

                   for(int i=0; i

                       System.out.println(“Favorite: ” + movieList.get(i));

                       System.out.print(“Rank this movie 1 through ” + movieList.size() +”n”);

                       String rating = keyboard.nextLine();

                       try {

                           int r =Integer.parseInt(rating);

                           valid=true;

                       }

                       catch(Exception e) {

                           System.out.println(“Enter a valid rating value”);

                           –i;

                           valid=false;

                       }

                       if(valid == true) {

                           while(rating.length()

                               rating += ” “;

                           System.out.print(“Enter your comment: “);

                           String comment = keyboard.nextLine();

                           rankings.set(i, ” ” + rating);

                           comments.set(i, “” + comment);

                       }

                   }

               Collections.sort(fileOfMovies);

                   for(int i=0; i

                       fileOfMovies.set(i, movieList.get(i) + “|” + rankings.get(i) + “|” + comments.get(i));

                   PrintWriter writer = new PrintWriter(new File(“favorites.txt”));

                   System.out.println(“nFinal favorite listn”);

                   for(String string: fileOfMovies)

                   {

                       writer.write(string + “n”);

                       System.out.println(string);

                   }

                   writer.close();

break;

               }

           }

       }

       catch(Exception e) {

       }

   }

}

At January 1, 2017, Jaina Company, a public company, reported the following property, plant, and equipment accounts:

Accumulated depreciation-buildings…………..$12,100,000

Accumulated depreciation-equipment…………..15,000,000

Building……………………………………………28,500,000

Equipment…………………………………………48,000,000

Land………………………………………………..4,000,000

Jaina uses straight-line depreciation for buildings and equipment, and its fiscal year end is December 31. The buildings are estimated to have a 50-year life and no residual value; the equipment is estimated to have a 10-year useful life and no residual value. Interest on all notes is payable or collectible at maturity on the anniversary date of the issue.

During 2017, the following selected transactions occurred:

Apr. 1 Purchased land for S1.9 million. Paid 5475,000 cash and issued a 10-year, 6% note for the balance.

May 1 Sold equipment that cost 5750,000 when purchased on January 1, 2010. The equipment was sold for $350,000 cash.

June I Sold land purchased on June 1, 1996, for 51.2 million. Received 5380,000 cash and accepted a 6% note for the balance. The land cost $300,000.

July 1 Purchased equipment for $l million on account, terms n160.

Dec. 31 Retired equipment that cost 5470,000 when purchased on December 31, 2010.

Instructions

(a) Record the above transactions.

(b) Record any adjusting entries required at December 31, 2017, and update account balances. (c) Preparetheproperty,plant,andequipmentsectionofJaina’sbalancesheetatDecember31,2017.

Taking It Further

Why do most companies use the cost model instead of the revaluation model to account for property, plant, and equipment?

At January 1 2017 Jaina Company a public company reported

Please help create the C++ program above on yellow paper. The second image is the class MaxHeap that is mentioned in the problem. Please create comments in the program to explain each part and have the answer typed. Please also provide screenshots of the output testing the following data: 12, 22, 32, 45, 99, 8, 44, 65, 20, 72, 80, 68, 57, 55, 7.

textbook 2. Implement the class MaxHeap from figure 5.19 in section 5.5 p.180 in your textbook. Use this imple- mentation to create a priority queue based on the MaxHeap class according to specifications on question 5.5 p.200 in the textbook troo Gi 27.190-191 in section 5.6 in your

Music

………………………….Answer Preview………………………………
 Get my Mojo Working by Muddy Waters and his band begins with the instruments including the guitars, keyboard, bass guitar, blue sharp and drums. Notably, the song follows the typical AAB blues format as highlighted by the fundamental structure of 12-bar rules in the three sections. According to the 12-bar rules, the first and second lines are identical both in terms of lyrics and melody. Similarly, the lyrics and melody of the song deploy a similar pattern in the three verses. Considerably, the last line in the respective verses functions as the refrain. ……………………………………

APA345 Words Added to cart