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Michael Venn
Registrace 9. 07. 2017
Linear Algebra, Section 2.6, Number 6, Part II
Linear Algebra, Section 2.6, Number 6, Part II
zhlédnutí: 110
Video
Linear Algebra, Section 2.6, Number 6, Part I
zhlédnutí 68Před 5 lety
Linear Algebra, Section 2.6, Number 6, Part I
Permutations and Combinations
zhlédnutí 2,1KPřed 6 lety
I do problems involving permutations and combinations.
Pigeonhole Principle
zhlédnutí 7KPřed 6 lety
I do three problems using the generalized pigeonhole principle.
Linear Independence in M_2,2
zhlédnutí 17KPřed 6 lety
I show that a set of vectors in M_2,2 is linearly dependent.
Linear Independence in P2
zhlédnutí 2KPřed 6 lety
I check whether or not three vectors in P2 are linearly independent.
Linear Independence in R^3.
zhlédnutí 707Před 6 lety
I do an example of determining linear independence in R^3.
Matrix Operations on the TI-83 or TI-84
zhlédnutí 564Před 6 lety
I demonstrate how to enter matrices into the TI-83(4) and perform a few matrix operations.
Section 4.5 Pseudorandom Numbers
zhlédnutí 19KPřed 6 lety
I do an example of finding pseudorandom numbers.
Translation of mathematical statements into logic using quantifiers
zhlédnutí 11KPřed 7 lety
Translation of mathematical statements into logic using quantifiers
Translation Using Quantifiers and Predicates
zhlédnutí 75KPřed 7 lety
Translation Using Quantifiers and Predicates
Truth Table with Three Propositions Example 2
zhlédnutí 2,9KPřed 7 lety
Truth Table with Three Propositions Example 2
Truth Table with Three Propositions Example 1
zhlédnutí 4,9KPřed 7 lety
Truth Table with Three Propositions Example 1
Truth Table with Two Propositions Example 2
zhlédnutí 6KPřed 7 lety
Truth Table with Two Propositions Example 2
Truth Table with Two Propositions Example 1
zhlédnutí 21KPřed 7 lety
Truth Table with Two Propositions Example 1
My left ear enjoyed this
I've been struggling with this for a long time, the video was clear and short. Thank you so much
very clearly explained! Thanks
Brain rot
I think those are remainders not the check digits. A. *7+5+5+5+6+1+8+8+7+3 = 55 *d11 = 9 - 55(mod 9) -> 55÷9 = 6 6×9 = 54, then 55-54 = 1, therefore the the remainder is 1, so r=1 *d11 = 9 - 1 = 8 *d11 = 8,, So on and so for...
well explained sir :)
These video's are a gem thank you so much for explaining it in the simplest way.
Thank you so much!!!
thank you so much this was very helpful
really
Dude you're hero
14:36 lgbt be like: 🤯🤬🤬
taking mat 108 intro to abstract mathematics and you're a lifesaver, tysm!
Thank yu for this 🫂
Thank you so much for this video. This was very straight forward and to the point. Makes a lot more sense now.
Wow, it's so much more simple than I would have thought
👍👍👍
Thanks!
Quick video and explained very well. Thank you!
wow, straight to the point. Thanks a lot
Very well explained, thank you
so thanks
Loved this, short & simple.
Thank you so much for this <3
Liked it!
thank you.
Thank you for this video
Can you answer this: 1. Any numbers raised to the fourth power is non- negative 2. Some numbers raised to the third power is negative. 3. The sine of an angle is always between +1 and -1. 4. The secant of angle is never strictly between +1 and -1.
Thank u
Translate : No one in this class knows how to speak mandarin
Can you translate this 1. Some students are not successful 2. Every clever student is successful 3. Some students arw dishonest 4. Some dishonest students are successful and are clever. Thanks.
love this video!
Awesome ❤️ explanation sir.. I understood very well...from India 🇮🇳
technology ~
can't believe i actually watched this 14 times before liking it
I hated my IT major bc of this subject 💔
please translate no man is an island
No man is an island. M = man I = island Vx(~M(x) -> I(x))
thanks💗, even if it take long time
How 1 to 12 numbers formulate
Thank you very much for creating these videos you have made it much easier for me to understand!
Thanks 🅱️oi
This is nonsense math.. nonsense math... nonsense math....
thank you very much Sir!
I don't know whether or not you would be reading this, but thank you so much! I have a linear algebra exam next week and these types of questions were really scaring me out. Thanks again for the great explanation!
In other words, beton yetmez kral.
Thanks, it helped me alot.
thanks
Do you know how to work with Models, and sentences that have multiple quantifies. Ex VxEy(Pxy-->Qyx)?
I like your explanation you need to post some more videos. Thank you
Keep doing sir will be following you
I though I conditionals meant "or" and injunctions meant "and" ?
Francisco Bulacia conjunctions mean “and” and disjunctions mean “or”.
conditionals are if statements
so great method sir.i understand him clearly
simple and straight forward for the beginner!
<Danke