The truth table for the logical expression f = A'B.C + AB'C' + ABC + AB'.C outlines the output (f) for all possible combinations of input variables A, B, and C, offering a systematic representation of the logical circuit's behavior.
To create the truth table for the logical expression f = A'B.C + AB'C' + ABC + AB'.C, you need to list all possible combinations of inputs A, B, and C, and then evaluate the expression for each combination. Here's the truth table:
(the table has been attached)
You need to substitute the values of A, B, and C into the expression f = A'B.C + AB'C' + ABC + AB'.C for each row and fill in the corresponding results in the "f" column. Use 0 for FALSE and 1 for TRUE in the truth table.
The truth table represents the logical expression f = A'B.C + AB'C' + ABC + AB'.C, where A, B, and C are input variables, and f is the output. It systematically enumerates all possible combinations of input values (0 or 1) for A, B, and C, and calculates the corresponding output value based on the logical expression.
Each row in the table represents a unique combination of input values, and the "f" column indicates the resulting output. This table serves as a comprehensive reference to understand how the logical expression evaluates for all possible input scenarios, providing insights into the circuit's behavior.