The values for x = 10 and y = 11 will result in the expression evaluating to true.
Let's break down the expression:
(x >= 10) == (y < 12)
This expression compares two Boolean value
(x >= 10): This checks if the value of x is greater than or equal to 10.
(y < 12): This checks if the value of y is less than 12.
It then compares these two conditions using the == operator, which checks if both sides are equal.
Let's evaluate the given options:
x = 10 and y = 12
For this set of values, (x >= 10) is true because 10 is equal to 10, and (y < 12) is false because 12 is not less than 12. This would result in (true) == (false) which is false.
x = 9 and y = 9
(x >= 10) is false because 9 is not greater than or equal to 10, and (y < 12) is true because 9 is less than 12. This would result in (false) == (true) which is false.
x = 10 and y = 11
(x >= 10) is true because 10 is equal to 10, and (y < 12) is true because 11 is less than 12. This would result in (true) == (true) which is true.
x = 10 and y = 13
(x >= 10) is true because 10 is equal to 10, but (y < 12) is false because 13 is not less than 12. This would result in (true) == (false) which is false.
x = 9 and y = 12
(x >= 10) is false because 9 is not greater than or equal to 10, and (y < 12) is false because 12 is not less than 12. This would result in (false) == (false) which is true.
So, the values for x = 10 and y = 11 will result in the expression evaluating to true.