Assume that $A,B,$ and $C$ are Boolean variables that can take on the values true and

false. Create a truth table to show all the possible values for the Boolean expression:

AND B$)$ OR C

$($Hint: Your table will have eight rows.$)$

What is the value of the following Boolean expression:

$(x=5)AND(y=11)OR([x+y]=z)$

if $x=5,y=10,$ and $z=15?$ Did you have to make some assumptions when you

evaluated this expression?

Write a Boolean expression that is true if and only if $x$ and $y$ are both in the range $0$

to $100$ but $x$ is not equal to $y.$

Write a Boolean expression that is true if and only if the variable score is not in the

range $200-800,$ inclusive.

For what values of A and $B$ will the value of the following Boolean expression be false?

$(AORB)OR(NOTA)$