eolas/neuron/ddffeb55-a55e-477a-a982-100e3b1a6e7a/Biconditional_Elimination.md

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2024-10-19 11:00:03 +01:00
---
tags:
- logic
---
# Biconditional Elimination
Give that the biconditional means that if $P$ is the case, $Q$ must be the case
and if $Q$ is the case, $P$ must be the case, if we have $P \leftrightarrow Q$
and $P$, we can derive $Q$ and vice versa.
![](/static/biconditional-elim.png)