Rules of Inference for Quantified Statements (Part 1)

[@UnseenOct]

You're a life saver!! My textbook did not explain this well

[@JD-eb5qu]

Yes iam in same your situation

[@ibrahimmkhawajaa]

been two years, did u graduate ?

[@UnseenOct]

@@ibrahimmkhawajaa 4 classes left!

[@RabbiIslamRafi-w3t]

Next saturday my logic exam @@ibrahimmkhawajaa

[@coding.tutorial3713]

Extraordinary explanation sir❤

[@sajalqasim3540]

jazak Allah SIR

[@laibasamreen]

Very great Explanation Sir🥰🥰

[@spaul484]

thank you so much its one of the most useful channel for me. the beSt one ngl.

[@silverstone9952]

When will this playlist get completed ?Also when this logic chapter will be completed ?

[@warrior-mg2kj]

Good Teaching 🤩💯

[@saadidriss9402]

Arbitrary doesnt make sense to me. If arbitrary c can equal any random x value then isnt it the same as x? Arbitrary c = x

[@v.ningthoujam7830]

Thank you so much.

[@reniersteytler1859]

Amazing

[@Prasoonvarshney16]

Thanks sir

[@satishchandramedi9729]

I wonder why there are mathematicians named complex names to propositional and predicate logics such as hypothetical syllogism, Modus tollens bla bla.... Instead of confusing students with Hypothetical Syllogism they could have named it as Transitive Property of Propositions which is simple to read and easy to understand.

[@jpatel2002]

Syllogism means a form of arguing in which two statements are used to prove that a third statement is true, for example, ‘All humans are mortal; I am a human, therefore I am mortal.’
I think if you know meaning of that English word it helps in understanding it better.

[@JD-eb5qu]

Useful tnx sir

[@athiyanavneeth7152]

What to do for 2 place predicate

[@rajeshprajapati1851]

So, anyone remember Mia from lecture 31 ? I tried that and found that argument is valid. Right ?

[@abuhurerarohani354]

why is there for every x px is true then some c has to be true?? if there is no quantifier some or all then how did you that some c is true?????

[@shashank_kishore_]

❤❤❤❤❤❤❤❤❤❤❤❤

[@jyotithakur24]

◉‿◉◉‿◉

[@snehanangunoori7838]

thank you so much!