Question

Write the static method seconds(), returning an int value for the number of seconds based on the parameters (see calls below): seconds(int hour), seconds(int hour, int minutes), and seconds(int hour, int minutes, int seconds) Notes: Recall overloading (polymorphism) to implement methods with the same name, seconds(), but different parameters. Include the method in a tester application, SecondsTester, and make the direct calls to the method shown below. You can check your testing against: http://www.csgnetwork.com/directcvthrminsec2sec.html There is no requirement for user input, so hard-code all the test calls to the method in the main(), as with these examples, int sec = 0; sec = seconds(2); // store the number of calculated seconds // one param means \"hours\": so 2 hours System.out.println(sec); // note: 2 hr * (6060)sec/hr = 7200 seconds sec = seconds(1,14); System.out.println(sec); // two params means \"hours\" and \"minutes\": 1 hr, 14 min // note: 1 hr (6060) sec/hr + 14 min 60sec/min = 3600 + 840 = 4440 seconds sec = seconds(1,10,5); System.out.println(sec); // three params means \"hours\", \"minutes\", and \"seconds\": 1 hr, 10 min, 5 sec // note: 1 hr * (6060)sec/hr + 10 min 60sec/min + 5 sec = 4205 seconds sec = seconds(0,2,0); System.out.println(sec); // three params means \"hours\", \"minutes\", and \"seconds\": 0 hr, 2 min, 0 sec // note: 0 hr * (6060)sec/hr + 2 min 60sec/min + 0 sec = 120 seconds sec = seconds(0,0,0); System.out.println(sec); // three params means \"hours\", \"minutes\", and \"seconds\": 0 seconds sec = seconds(0,0); System.out.println(sec); // two params means \"hours\", \"minutes\": 0 seconds sec = seconds(0); System.out.println(sec); // one param means \"hours\": 0 seconds Submission: submitted the source code keep the testing capture simple and just use the output shown from the statements above in the main()

          Write the static method seconds(), returning an int value for the number of seconds based on the parameters (see calls below):
seconds(int hour), seconds(int hour, int minutes), and seconds(int hour, int minutes, int seconds)
Notes: Recall overloading (polymorphism) to implement methods with the same name, seconds(), but different parameters.
Include the method in a tester application, SecondsTester, and make the direct calls to the method shown below.
You can check your testing against: http://www.csgnetwork.com/directcvthrminsec2sec.html
There is no requirement for user input, so hard-code all the test calls to the method in the main(), as with these examples,
int sec = 0;
sec = seconds(2);
// store the number of calculated seconds
// one param means \"hours\": so 2 hours
System.out.println(sec); // note: 2 hr * (60*60)sec/hr = 7200 seconds
sec = seconds(1,14);
System.out.println(sec);
// two params means \"hours\" and \"minutes\": 1 hr, 14 min
// note: 1 hr * (60*60) sec/hr + 14 min * 60sec/min = 3600 + 840 = 4440 seconds
sec = seconds(1,10,5);
System.out.println(sec);
// three params means \"hours\", \"minutes\", and \"seconds\": 1 hr, 10 min, 5 sec
// note: 1 hr * (60*60)sec/hr + 10 min * 60sec/min + 5 sec = 4205 seconds
sec = seconds(0,2,0);
System.out.println(sec);
// three params means \"hours\", \"minutes\", and \"seconds\": 0 hr, 2 min, 0 sec
// note: 0 hr * (60*60)sec/hr + 2 min * 60sec/min + 0 sec = 120 seconds
sec = seconds(0,0,0);
System.out.println(sec);
// three params means \"hours\", \"minutes\", and \"seconds\": 0 seconds
sec = seconds(0,0);
System.out.println(sec);
// two params means \"hours\", \"minutes\": 0 seconds
sec = seconds(0);
System.out.println(sec);
// one param means \"hours\": 0 seconds
Submission:
submitted the source code
keep the testing capture simple and just use the output shown from the statements above in the main()

Write the static method seconds(), returning an int value for the number of seconds based on the parameters (see calls below):
seconds(int hour), seconds(int hour, int minutes), and seconds(int hour, int minutes, int seconds)
Notes: Recall overloading (polymorphism) to implement methods with the same name, seconds(), but different parameters.
Include the method in a tester application, SecondsTester, and make the direct calls to the method shown below.
You can check your testing against: http://www.csgnetwork.com/directcvthrminsec2sec.html
There is no requirement for user input, so hard-code all the test calls to the method in the main(), as with these examples,
int sec = 0;
sec = seconds(2);
// store the number of calculated seconds
// one param means ḧours:̈ so 2 hours
System.out.println(sec); // note: 2 hr * (60*60)sec/hr = 7200 seconds
sec = seconds(1,14);
System.out.println(sec);
// two params means ḧoursänd m̈inutes:̈ 1 hr, 14 min
// note: 1 hr * (60*60) sec/hr + 14 min * 60sec/min = 3600 + 840 = 4440 seconds
sec = seconds(1,10,5);
System.out.println(sec);
// three params means ḧours,̈ m̈inutes,̈ and s̈econds:̈ 1 hr, 10 min, 5 sec
// note: 1 hr * (60*60)sec/hr + 10 min * 60sec/min + 5 sec = 4205 seconds
sec = seconds(0,2,0);
System.out.println(sec);
// three params means ḧours,̈ m̈inutes,̈ and s̈econds:̈ 0 hr, 2 min, 0 sec
// note: 0 hr * (60*60)sec/hr + 2 min * 60sec/min + 0 sec = 120 seconds
sec = seconds(0,0,0);
System.out.println(sec);
// three params means ḧours,̈ m̈inutes,̈ and s̈econds:̈ 0 seconds
sec = seconds(0,0);
System.out.println(sec);
// two params means ḧours,̈ m̈inutes:̈ 0 seconds
sec = seconds(0);
System.out.println(sec);
// one param means ḧours:̈ 0 seconds
Submission:
submitted the source code
keep the testing capture simple and just use the output shown from the statements above in the main()

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