>>511322271>really no idea what you're talking aboutThe second you go further past just learning informal fallacies, you're wasting your time.
I'll demonstrate why and I really don't think you want to waste your time learning such useless bs.
This is what the average abortion debate looks like between logic spergs beyond informal fallacies.
B theory of time + FLO (Future like ours)
P1) We perceive values
P2) If we perceive values, we ought pursue them and do all that entails
C1) hence we ought pursue our perceived values and do all that entails
P3) to pursue our perceived values is just to be agents and do all that entails
C2) hence, we ought be agents and do all that entails
P4) To be an agent entails making normative judgments and doing all that this entails
C3) Hence, we ought make normative judgments and do all that this entails
P5) To have normative judgments entails having intentional states and doing all that this entails
C4) Hence, we ought have intentional states and do all that this entails
P6) to have intentional states entails believing you have them and doing all that this entails
C5) hence we ought believe we have intentional states and do all that this entails
P7) but believing we have intentional states entails believing they are self-known
C6) hence we ought believe our intentional states are self known
AxAyAzAu [ ( S({x,y}, {u,z}) <==> AvEzEu(v={x,y}) ]
ExEyEzEu [ Tn(u) and Tn+1(z) and R(x,y) and S({x,y}, {u,z})]
: . R(x,y) ==> AvEzEu(v={x,y}, and Tn(u) and Tn+1(z) )
At T0, Ev( R(x,y) and v={x,y})
: . At T0, EzEu( Tn(u) and Tn+1(z) )
EzEu( Tn(u) and Tn+1(z) ) => P
: . At T0, P
.
. . AxAzAyAu Tn{x,y}
Tn = a moment of time
Tn+1 = a nmoment of time after Tn
R() = Change relation
{,}= set notation
S() = Sufficiency relation
P = "there exists two moments in