Converse of p => q
q => p is the converse of p => qp => q does not follow q => p
The converse of p => q is q => p.
This means that if we know that q is true, we can conclude that p must also be true. However, we cannot conclude that p is true just because q is true.
For example, if p is It is raining and q is The streets are wet, then p => q means that if it is raining, the streets will be wet. The converse, q => p, means that if the streets are wet, it must be raining. However, just because the streets are wet, it does not necessarily mean that it is raining. There could have been a nearby water source that caused the streets to be wet.
In summary, the converse of p => q is q => p, but we cannot assume that p is true just because q is true.
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