This code segment calculates the elements of the numeric array H(5,5). Each element of H when i=j is determined by the formula (hij =i+j - 1). The elements of the other positions in the array are equal 1.

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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This code segment calculates the
elements of the numeric array H(5,5).
Each element of H when i=j is
determined by the formula (hij = i + j
- 1). The elements of the other
positions in the array are equal 1.
For I=1 To 5
For J = 1 To 5
1-........
2-....
3-......
4-..
5-.
6-....
1-If I = J Then 2-H(I, J) = (1 + J - 1) 3-Else 4-
H(I, J) = 1 5-Next J, I 6-End If
1-If I = J Then 2-H(I, J) = (1 + J - 1) 3-Else 4-
H(I, J) = 1 5-End If 6-Next J, I
1-If I = J Then 2-H(I, J) = 1 3-Else 4-H(I, J) = (1
+ J-1) 5-End If 6-Next J, I
1-If I > J Then 2-H(I, J) = (I + J - 1) 3-Else 4-
H(I, J) = 1 5-End If 6-Next J, I
1-If I < J Then 2-H(I, J) = (I + J - 1) 3-Else 4-
H(I, J) = 1 5-End If 6-Next J, I
1-If I = J Then 2-H(I, J) = (1 + J - 1) 3-Elseif 4-
H(I, J) = 1 5-End If 6-Next J, I
Transcribed Image Text:! This code segment calculates the elements of the numeric array H(5,5). Each element of H when i=j is determined by the formula (hij = i + j - 1). The elements of the other positions in the array are equal 1. For I=1 To 5 For J = 1 To 5 1-........ 2-.... 3-...... 4-.. 5-. 6-.... 1-If I = J Then 2-H(I, J) = (1 + J - 1) 3-Else 4- H(I, J) = 1 5-Next J, I 6-End If 1-If I = J Then 2-H(I, J) = (1 + J - 1) 3-Else 4- H(I, J) = 1 5-End If 6-Next J, I 1-If I = J Then 2-H(I, J) = 1 3-Else 4-H(I, J) = (1 + J-1) 5-End If 6-Next J, I 1-If I > J Then 2-H(I, J) = (I + J - 1) 3-Else 4- H(I, J) = 1 5-End If 6-Next J, I 1-If I < J Then 2-H(I, J) = (I + J - 1) 3-Else 4- H(I, J) = 1 5-End If 6-Next J, I 1-If I = J Then 2-H(I, J) = (1 + J - 1) 3-Elseif 4- H(I, J) = 1 5-End If 6-Next J, I
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