What is the first step in evaluating a nested conditional?
Evaluate the outer `if` condition.
What happens after evaluating the outer `if` condition?
If true, evaluate the inner `if` condition; if false, skip the inner condition.
What is the first step in simplifying a complex conditional statement?
Identify the individual conditions.
What is the second step in simplifying a complex conditional statement?
Determine the logical relationships between the conditions (AND, OR, NOT).
What is the third step in simplifying a complex conditional statement?
Combine conditions using boolean operators to create a simpler expression.
What is the first step in debugging nested conditionals?
Check indentation to ensure correct structure.
What is the second step in debugging nested conditionals?
Test each condition individually with different inputs.
What is the third step in debugging nested conditionals?
Use a debugger or print statements to trace the execution flow.
What is the first step in writing a method with nested conditionals?
Define the method signature and parameters.
What is the second step in writing a method with nested conditionals?
Identify the different cases and conditions that need to be handled.
What is a nested conditional?
An `if` statement inside another `if` statement.
What does the `!` (NOT) operator do?
Reverses a boolean value.
What does the `&&` (AND) operator do?
Returns `true` only if both conditions are `true`.
What does the `||` (OR) operator do?
Returns `true` if at least one condition is `true`.
What is a compound conditional statement?
Combining multiple conditions into a single statement using logical operators.
Why is indentation important in nested conditionals?
Improves readability and debugging.
What is the order of operations for boolean operators?
NOT, AND, OR.
What is the benefit of using compound conditionals?
Readability, maintainability, and sometimes efficiency.
How do nested conditionals work?
Outer `if` condition is checked first. If true, the inner `if` condition is evaluated. If false, the inner condition is skipped.
Why simplify complex nested `if` statements on exams?
Saves time and reduces errors.
What is the result of 'true || false'?
true
What is the result of '!true && false'?
false
What is the result of '!(true && false)'?
true
What is the result of 'false || (true && false)'?
false
What is the result of 'true && !false'?
true
