Discrete Math 1.6.2 Inference with Quantifiers

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Kimberly Brehm

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Couple of minutes here is better than my 2 hour Discrete Math class. Thank you.

palindrome

Thank god these videos exist. Such a better explanation of the material then what I have to sit through during my class that costs thousands of dollars.

benthomas

I did my midterm today, and I think I nailed it thanks to your tutorials.

morekaccino

thank you, you are truly a live saver !!!

kayaba_atributtion

so much under-rated, thank you for putting so much effort in providing lectures. god bless you.

ManishYadav-gxce

You make it look so simple! This helped me a lot. Thank you very much!

dcharith

this was exactly what I was looking for in an explanation. Thank you!

victoriaeugeniarivera

What a detailed and clear explanation, thanks so much!

HikeThePlanets

this is helpful! it would be great to have another video full of examples like this:)

kaikleinbard

I realize this video is a bit old so I don't think I will get an answer too quickly, but at 15:27 you write that P(a) is true. Using existential generalization, shouldn't we be able to immediately deduce that Ex(p(x) ^ -B(x)) is true? It wouldn't matter if we proved -B(a) is true since P(a) is true and those two are and'ed.
Also, thanks for this video, my book was making me confused and this helped me :)

plague

my bad english not allow me appreciate this gorgeous explanation :(
but I will look at it many times until I learn the dialogue. 🤍

ElkinBernalM

thanks a lot for this explanation <3

hazelmicah

Why is it that "A student in Discrete Math hasn't read the book" receives an AND operator but "Everyone in Discrete Math passed the class" received an IF/THEN operator? How do I know which one to use in other problems?

austincascarelli

Discrete Math 1.6.2 Inference with Quantifiers

Discrete Math 1.6.2 Inference with Quantifiers

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