In each of the following arguments, determine whether it is a valid argument or a fallacy by testing its validity then explain it through the use of a counter-explain. 1. P=(p→g) 2. [(p^g)^p]=q 3....

$In each of the following arguments, determine whether it is a valid argument or a fallacy by testing its validity then explain it through the use of a counter-explain. 1. P=(p→g) 2. [(p^g)^p]=q 3. (pvr)=(r^~s) 4. [(p→9)^(9→r)]=(p→r) 5. {[(p→9)^(q→r)]^(- pv ~r)}=(~gv~s) $

Extracted text: In each of the following arguments, determine whether it is a valid argument or a fallacy by testing its validity then explain it through the use of a counter-explain. 1. P=(p→g) 2. [(p^g)^p]=q 3. (pvr)=(r^~s) 4. [(p→9)^(9→r)]=(p→r) 5. {[(p→9)^(q→r)]^(- pv ~r)}=(~gv~s)

Jun 05, 2022

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In each of the following arguments, determine whether it is a valid argument or a fallacy by testing its validity then explain it through the use of a counter-explain. 1. P=(p→g) 2. [(p^g)^p]=q 3....

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