Question 5 Not yet answered P Flag question In the initialization code below, both function foo() and bar() return a random int type number. int x = foo(); int y = bar(0; unsigned ux = x; unsigned uy = y; Assume on a 32-bit architecture, please justify whether the following claim is always true: (Hints: x and y are both signed integers. ux and uy are unsigned integers cast from x and у.) If x >= 0, then -x <= 0. Is this true? Select one: O True O False

Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
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Question 5
Not yet answered
P Flag question
In the initialization code below, both function
foo() and bar() return a random int type
number.
int x = foo();
int y = bar();
%3D
unsigned ux = x;
unsigned uy = y;
Assume on a 32-bit architecture, please justify
whether the following claim is always true:
(Hints: x and y are both signed integers. ux
and uy are unsigned integers cast from x and
y.)
If x >= 0, then -x <= 0. Is this true?
Select one:
O True
False
Transcribed Image Text:Question 5 Not yet answered P Flag question In the initialization code below, both function foo() and bar() return a random int type number. int x = foo(); int y = bar(); %3D unsigned ux = x; unsigned uy = y; Assume on a 32-bit architecture, please justify whether the following claim is always true: (Hints: x and y are both signed integers. ux and uy are unsigned integers cast from x and y.) If x >= 0, then -x <= 0. Is this true? Select one: O True False
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