Q10)What would be the output of the following program?Please note that the operation x % 10 (i.e., x modulo 10) is always the same as the rightmost digit of x (e.g., 123 % 10 = 3). kk = 29nn = 2ii = 13def cat():global iikk = nn + 19ii = nn + kkii += nnreturn iidef hen():global nnnn = ii + 18cat ()return nndef elk():kk = nn + 16kk = cat ()return kkdef pig():global iikk = nn + 19ii = nn + kkii += nnelk ()return iilast_digit = (elk() + hen() + kk + nn + ii) % 10print(last_digit)

The source code of the program kk = 29nn = 2 ii = 13def cat(): global ii kk=nn + 19 ii = nn…

Answered: kk = 29 nn = 2 ii = 13 def cat():…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Q10)

What would be the output of the following program?

Please note that the operation x % 10 (i.e., x modulo 10) is always the same as the rightmost digit of x (e.g., 123 % 10 = 3).

kk = 29
nn = 2
ii = 13
def cat():
global ii
kk = nn + 19
ii = nn + kk
ii += nn
return ii
def hen():
global nn
nn = ii + 18
cat ()
return nn
def elk():
kk = nn + 16
kk = cat ()
return kk
def pig():
global ii
kk = nn + 19
ii = nn + kk
ii += nn
elk ()
return ii
last_digit = (elk() + hen() + kk + nn + ii) % 10
print(last_digit)

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