Boolean Logic & Conditional Statements

null

true

error

false

null

"7 > 3"

true

false

try { int value = myArray[index]; } catch (ArrayIndexOutOfBoundsException e) { }

if (myArray[index]) { }

for(int i : myArray) { int value = myArray[i]; }

while (index < myArray.length) { int value = myArray[index]; }

<

false

true

=

Compilation error due to operator precedence

Runtime exception due to invalid comparison

True

False

false

true

=

<=

Inverting all operators as (a != b && !c)

Removing '==' and using (a = b || c)

Adding parentheses as (a == b || c) && !(a != b && !c)

Reversing operands as (b == a || c)

!=

false

true

Prioritizing conditions based on their likelihood of being true to exploit short-circuit logic fully.

Using bitwise operators instead of logical ones when operations are independent of each other's results.

Excessive short-circuit evaluation avoidance leading to unnecessary evaluations in deeply nested conditions.

Applying De Morgan's laws consistently across all boolean expressions within complex algorithms.

The expression causes a compile-time error.

null

true

false