a.
Explanation of Solution
Given: The expression is ! (3 + 3 >= 6).
To find: The final value by evaluating the given expression line by line.
Solution:
The following is the evaluation of each expression contained in the given expression.
! (3 + 3 >= 6)...
b.
Explanation of Solution
Given: The expression is 1 + 6 == 7 || 3 + 2 == 1.
To find: The final value by evaluating the given expression line by line.
Solution:
The given expression is,
1 + 6 == 7 || 3 + 2 == 1.
7 == 7 || 5 ==1
true || false
true
Here, the expression, 1+6, equals to 7 and the expression, 3+2, equals to 5...
c.
Explanation of Solution
Given: The expression is 1 > 5 | | 6 < 50 && 2 < 5.
To find: The final value by evaluating the given expression line by line.
Solution:
The given expression is,
1 > 5 | | 6 < 50 && 2 < 5.
FALSE || TRUE && TRUE
TRUE && TRUE
TRUE
Here, the expression, 1 > 5, returns false...
d.
Explanation of Solution
Given: The expression is 14! = 55 && ! (13 < 29) || 31 > 52.
To find: The final value by evaluating the given expression line by line.
Solution:
The given expression is,
14 != 55 && !(13 < 29) || 31 > 52.
TRUE && FALSE || FALSE
FALSE || FALSE
FALSE
Here, the operator, !=, has a higher precedence than the operators, logical AND (&&) and OR (||)...
e.
Explanation of Solution
Given: The expression, 6 < 7 > 5.
To find: The final value by evaluating the given expression line by line.
Solution:
The given expression is,
6 < 7 > 5
The precedence of the operators, < and >, is equal...
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Computer Science: A Structured Programming Approach Using C, Third Edition
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