If an algorithm created to help make hiring decisions is based on previous unfair decisions, then the algorithm may be
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<h2>Answer:</h2>
import java.util.Scanner;
public class NauticalMiles{
public static void main (String [ ] args){
Scanner input = new Scanner(System.in);
System.out.println("Please enter the number of kilometers");
double km = input.nextDouble();
double nm = 0.54 * km;
System.out.println("The corresponding number of nautical miles is " + nm);
}
}
<h2>Explanation:</h2><h2></h2><em>1 => Pre-code analysis</em>
According to the question,
(a) <em>A nautical mile (nm) is 1 minute of an arc.</em>
=> 1 nm = 1 minute of an arc
(b)<em>There are 90 degrees, each containing 60 minutes of arc, between the North pole and the equator.</em>
=> Each of the degrees in 90 degrees has 60 minutes of arc
=> = 60 minutes of arc
=> = 90 x 60 minutes of arc
=> = 5400 minutes of arc
(c) <em>A kilometer (km) represents 1/10,000 of the distance between the North pole and the equator. </em>
=> A kilometer = (1 / 10000) x distance between the North pole and equator.
Remember that the distance between the North pole and the equator as shown in (b) above is 90 degrees which is equal to 5400 minutes of arc.
=> 1 km = (1 / 10000) x 5400 minutes of arc
=> 1 km = (1 / 10000) x 5400 x 1 minute of arc
As shown in (a) above, 1 minute of arc is 1 nautical mile(nm).
=> 1 km = (1 / 10000) x 5400 x 1 nm
<em>=> 1 km = 0.54 nm.</em>
=========================================================
<em>2 => The code analysis</em>
The code has been written in Java.
The following is the line-by-line explanation of the code written as comments.
// Import the scanner class to allow for user's inputs
import java.util.Scanner;
// Declare the main class to hold and run the application
public class NauticalMiles {
// Write the main method where execution will begin
public static void main (String [ ] args) {
// Create an object <em>input </em>of the Scanner class
Scanner input = new Scanner(System.in);
// Prompt the user to enter the number of kilometers
System.out.println("Please enter the number of kilometers");
// Store the user's input in a double variable called <em>km</em>
double km = input.nextDouble();
// Convert the input to nautical miles using the formula from the
// pre-code analysis above. i.e 1km = 0.54nm.
// Store the result in a double variable called <em>nm</em>
double nm = 0.54 * km;
// Print out the result (the nautical mile)
System.out.println("The corresponding number of nautical miles is " + nm);
} // End of main method
} // End of class declaration
=========================================================
<em>3 => Sample output</em>
<em></em>
> Please enter the number of kilometers
>> <em>45</em>
> The corresponding number of nautical miles is 24.3