The truth value of the given logical expression is: ^True^.
The given expression is: ( not False or True) or not ( not False and True)
with p
= True and q
= False.
The precedence of operators is NOT (∼) > AND (∧) > OR (∨) > IMPLIES (→).
After substituting p
and q
with their values, the expression to evaluate is: ( not False or True) or not ( not False and True)
.
Substituting the given truth values, we get: ( not False or True) or not ( not False and True)
.
Evaluating the expression according to the precedence of operators.
The truth value of the given logical expression is: ^True^.
The given expression is: ( not True or False) or not ( not True and False)
with p
= False and q
= True.
The precedence of operators is NOT (∼) > AND (∧) > OR (∨) > IMPLIES (→).
After substituting p
and q
with their values, the expression to evaluate is: ( not True or False) or not ( not True and False)
.
Substituting the given truth values, we get: ( not True or False) or not ( not True and False)
.
Evaluating the expression according to the precedence of operators.
The truth value of the given logical expression is: ^True^.
The given expression is: ( not False or False) or not ( not False and False)
with p
= False and q
= False.
The precedence of operators is NOT (∼) > AND (∧) > OR (∨) > IMPLIES (→).