MHB Demonstrating Distributive Property of Boolean Algebra

Click For Summary
The discussion focuses on demonstrating the distributive property of Boolean algebra through a truth table analysis. It shows that the expression p v (q ^ r) is equivalent to (p v q) ^ (p v r), while also clarifying that it is not equivalent to (p v q) ^ r. The truth table provided confirms these relationships by comparing the outputs of each expression across all variable combinations. The key property being illustrated is the distributive law of Boolean algebra. Understanding this property is essential for simplifying and manipulating Boolean expressions effectively.
barbara
Messages
10
Reaction score
0
This truth table that represents statement p v (q ^ r) is equivalent to (p v q) ^ (p v r)Showing that this statement is not equivalent to (p v q) ^ r.. Now I need to what property of Boolean Algebra is being demonstrated by the fact that the first two statements were equivalentp q r q ^ r p v (q ^ r) p V q p V r (pVq) ^(pVr) (pVq) ^r
T T T T T T T T T
T T F F T T T T F
T F T F T T T T T
T F F F T T T T F
F T T T T T T T T
F T F F F T F F F
F F T F F F T F F
F F F F F F F F F
 
Physics news on Phys.org
It is one of the _______ laws... (hint: it starts with "d").
 
Hello, I'm joining this forum to ask two questions which have nagged me for some time. They both are presumed obvious, yet don't make sense to me. Nobody will explain their positions, which is...uh...aka science. I also have a thread for the other question. But this one involves probability, known as the Monty Hall Problem. Please see any number of YouTube videos on this for an explanation, I'll leave it to them to explain it. I question the predicate of all those who answer this...