Write an application that displays the sizes of the files lyric1.txt and lyric2.txt in bytes as well as the ratio of their sizes to each other. Here is the code so far: import java.nio.file.*; import java.nio.file.attribute.*; import java.io.IOException; public class FileSizeComparison {     public static void main(String[] args) {         Path textFile = Paths.get("/root/sandbox/lyric1.txt");         Path wordFile = Paths.get("/root/sandbox/lyric2.txt");         // Write your code here     } }

Im trying ro read a csv file and store it into a 2d array but im getting an error when I run my java code. my csv file contains 69 lines of data Below is my code: import java.util.Scanner; import java.util.Arrays; import java.util.Random; import java.io.File; import java.io.FileNotFoundException; import java.io.FilenameFilter; public class CompLab2 {     public static String [][] getEarthquakeDatabase (String Filename) {     //will read the csv file and convert it to a string 2-d array         String [][] Fileinfo = new String [69][22];         int counter = 0;         File file = new File(Filename);         try {             Scanner scnr = new Scanner(file);             scnr.nextLine(); //skips the label in the first row of the file             while (scnr.hasNextLine()) {  // this while loop will count the number of values in the usgs file                 counter += 1; // increases by one each time a line is read                 scnr.nextLine();             }             while…

Assume that you are designing a simple text editor (like Notepad) that supports inserting text, copy, paste and editing for any size file (including book-length files). Between the String objects and StringBuffer objects, which one is more appropriate and why? O String, because StringBuffer is read-only String, because it will execute more efficiently String, because only simple operations are needed StringBuffer, because it allows for changing the characters stored in the object StringBuffer, because it has copy and paste methods

Write a ONE java program to implement the following requirements: Design 3 classes: Shape8, Circle8, Square8 and 1 interface ComputeData as shown below. Shape8 is an abstract class ComputeData is an interface Italicized methods mean abstract methods Shape8 -color: String ComputeData + getDiagonal (): double note: diagonal = Math.sqrt(width*width*2) -area: double + Shape8(String color) + getArea ():double + setArea (area: double):void +getColor():String +compareto(o: Shape8): int +toString(): String Square8 -width: double Circle8 -radius: double | +Circle8(color: String, radius: double) +toString(): String + Square8( color: String, width: double) +toString(): String ..necessary methods note: area=radius*radius*Math.PI ·..necessary methods note: area=width*width