This code check whether a number is divisible by 5 and 11 or not. 1.. 2-.... 3-.. 4-. 1-lf ((n Mod 5 = 0) And (n Mod 11 = 0)) Then 2-Print "divisible" 3-Else 4-Print "not divisible" 1-lf ((n / 5 = 0) Not (n / 11 = 0)) Then 2- Print "divisible" 3-Else 4-Print "not divisible" 1-lf ((n Mod 5 = 0) And (n Mod 11 = 0)) %3D Then 2-Print "not divisible" 3-Else 4- Print " divisible" 1-lf ((n / 5 = 0) And (n / 11 = 0)) Then 2- %3D Print "divisible" 3-Else 4-Print "not divisible" 1-lf ((n / 5 = 0) Or (n / 11 = 0)) Then 2- Print "divisible" 3-Else 4-Print "not divisible" 1-lf ((n Mod 5 = 0) And (n Mod 11 = 0)) %3D Then 2-Print "divisible" 3-Elseif 4-Print "not divisible"

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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This code check whether a
number is divisible by 5 and 11 or
not. *
1-...
2-...
3-..
4-
1-lf ((n Mod 5 = 0) And (n Mod 11 = 0))
O Then 2-Print "divisible" 3-Else 4-Print
%3D
%D
"not divisible"
1-If (n / 5 = 0) Not (n / 11 = 0)) Then 2-
%3D
%3D
Print "divisible" 3-Else 4-Print "not
divisible"
1-lf (n Mod 5 = 0) And (n Mod 11 = 0))
%3D
%3!
Then 2-Print "not divisible" 3-Else 4-
Print " divisible"
1-If ((n / 5 = 0) And (n / 11 = 0)) Then 2-
%3D
%3D
Print "divisible" 3-Else 4-Print "not
divisible"
1-lf ((n / 5 = 0) Or (n / 11 = 0)) Then 2-
Print "divisible" 3-Else 4-Print "not
divisible"
1-lf ((n Mod 5 = 0) And (n Mod 11 = 0))
%3D
!!
Then 2-Print "divisible" 3-Elseif 4-Print
"not divisible"
Transcribed Image Text:This code check whether a number is divisible by 5 and 11 or not. * 1-... 2-... 3-.. 4- 1-lf ((n Mod 5 = 0) And (n Mod 11 = 0)) O Then 2-Print "divisible" 3-Else 4-Print %3D %D "not divisible" 1-If (n / 5 = 0) Not (n / 11 = 0)) Then 2- %3D %3D Print "divisible" 3-Else 4-Print "not divisible" 1-lf (n Mod 5 = 0) And (n Mod 11 = 0)) %3D %3! Then 2-Print "not divisible" 3-Else 4- Print " divisible" 1-If ((n / 5 = 0) And (n / 11 = 0)) Then 2- %3D %3D Print "divisible" 3-Else 4-Print "not divisible" 1-lf ((n / 5 = 0) Or (n / 11 = 0)) Then 2- Print "divisible" 3-Else 4-Print "not divisible" 1-lf ((n Mod 5 = 0) And (n Mod 11 = 0)) %3D !! Then 2-Print "divisible" 3-Elseif 4-Print "not divisible"
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