1. Write a well-documented (commented) program, RelativelyPrimeArray, that takes an integer command-line argument n and creates...

 

Transcribed Image Text:

1. Write a well-documented (commented) program, "RelativelyPrimeArray," that takes an integer command-line argument "n" and creates an (n+1)-by-(n+1) Boolean array "rpa" such that rpa[i][j] (for ij>0) is true if i and j are relatively prime (have no common factors), and is false otherwise. It should then output as is shown by the sample run below. If the indexes i,j (for i,j>0) are equal, it should output a single space. If the indexes are not equal, then it should output a "T" character if the array element specified by the indexes is true or an "F" character if it is false. [MO2.1, MO2.2] A sample run would be as follows. > java RelativelyPrimeArray 9 123456789 1 TTTTTTTT 2T TETETET 3TT TTETTE 4TFT TETET 5TTTT TTTT 6TFFFT TFF 7IIIIII IT 8TETETET I 9TTFTTFTT 1. Write a well-documented (commented) program, "RelativelyPrimeArray," that takes an integer command-line argument "n" and creates an (n+1)-by-(n+1) Boolean array "rpa" such that rpa[i][j] (for ij>0) is true if i and j are relatively prime (have no common factors), and is false otherwise. It should then output as is shown by the sample run below. If the indexes i,j (for i,j>0) are equal, it should output a single space. If the indexes are not equal, then it should output a "T" character if the array element specified by the indexes is true or an "F" character if it is false. [MO2.1, MO2.2] A sample run would be as follows. > java RelativelyPrimeArray 9 123456789 1 TTTTTTTT 2T TETETET 3TT TTETTE 4TFT TETET 5TTTT TTTT 6TFFFT TFF 7IIIIII IT 8TETETET I 9TTFTTFTT