public class LotsOfMethods

{

 public static void main(String [] args)

 {

 // Sample method getting called. Just reports the String sent to the method

 // by printing "Received: " followed by the String.

 sampleMethod("hello");

 sampleMethod("there");

 // For the received integer value, report whether or not it is odd.

 // It should work for any integer value (not just those used below).

 // It reports a message of the format "16 is not odd" or "1 is odd".

 reportOdd(3);

 reportOdd(100);

 reportOdd(77);

 // Assume that the two values represent the width and height of

 // a rectangle. Report the area of the rectangle with a line of 

 // the form "Area is 100.0 for a rectangle of width 10.0 and height 10.0".

 // Print one digit after the decimal point.

 printArea(10.00, 10.0);

 printArea(3.555, 19.4);

 printArea(600.5, 1.1);

 // Assume that the values sent to stockSale are a String representing

 // the name of the company, an integer representing the number of shares

 // of the stock that were sold, and the price the stock was sold at.

 // Report the information about the sale in a line of output of this 

 // format:

 //

 // Sold 50 shares of IBM at $35.50 for $1,775.00

 // 

 stockSale("IBM", 50, 35.5);

 stockSale("Apple", 100, 440.25);

 stockSale("GM", 25, 12.75);

 // Write the method determineTax. The method is sent the amount of the

 // purchase and the tax rate. It returns a double value that is the 

 // amount of the tax.

 // Note that the method determineTax does not print anything -- it 

 // just returns the value.

 double m1 = determineTax(350.00, 0.06); // Michigan is 6%

 double m2 = determineTax(79.99, 0.06);

 double cal1 = determineTax(499.99, 0.0725); // California is 7.25%

 System.out.printf("Here are the returned values: %.2f, %.2f, and %.2f ", m1, m2, cal1);

 // Reports the grade that corresponds to the test score supplied, according to this scale:

 // A: 100-90, B: 89-80, C: 79-70, D: 69-60, E: 59-0. Report "Invalid" for any other score.

 // Invalid scores should be reported like this: "110 is an invalid score". 

 // Valid scores should be reported like this: "70 has a grade of C".

 testScore(93);

 testScore(70);

 testScore(110);

 testScore(-3);

 testScore(52);

 testScore(88);

 // In the gambling game of craps the gambler rolls two dice. The first roll of the dice 

 // has several different outcomes. If a 2, 3, or 12 is rolled then the gambler "craps out" (i.e, 

 // they lose). If they roll a 7 or 11 then they "win". If they roll any other number then

 // they "keep rolling". 

 // Write a method that takes the two dice and reports one of the three possible outcomes:

 // * "crap out"

 // * "win"

 // * "keep rolling"

 //

 // This method just reports the status of just the first roll.

 firstRoll(2, 3);

 firstRoll(6, 1);

 firstRoll(4, 5);

 firstRoll(4, 3);

 firstRoll(6, 6);

 // Write a method waterState that takes a single double value as a parameter that indicates the 

 // temperature of the water. Your method will return a single String indicating the state of water

 // at that temperature. The three possible states are "solid", "liquid", or "gas". I.e., water is 

 // solid, as ice, at 32 degrees or less, it is a gas (steam) at 212 degrees and above, and it is a 

 // liquid between 32 and 212.

 String w1 = waterState(76.5); // 76 degrees -- liquid water

 System.out.println("w1 is: " + w1);

 String w2 = waterState(17.7);

 System.out.println("For 17 it is: " + w2);

 String w3 = waterState(32.0);

 System.out.println("Right at 32 is is frozen: " + w3);

 System.out.println("Hot: " + waterState(250.0));

 // Write a method that returns a boolean value of true or false.

 // It takes three test scores, and return true or false to indicate

 // if the average grade is a passing grade (i.e., return true if the average is

 // 70.0 points or more).

 boolean b = passes(99.0, 83.0, 90.2);

 System.out.println("b is: " + b);

 boolean b2 = passes(72.0, 54.5, 69.5);

 System.out.println("return value of: " + b2);

 System.out.println( passes(100.0, 5.0, 82.0) );

 // Write a method that uses a loop to print the squares of numbers.

 // The squares are reported in increments of one from the first 

 // number to the second number, inclusive:

 squares(2, 9);

 squares(100, 105);

 squares(22, 30);

 }