EECS 203
EECS 203
  • Видео 185
  • Просмотров 109 173

Видео

W24 Exam 3 Practice 2 Q15 Walkthrough
Просмотров 1613 месяца назад
W24 Exam 3 Practice 2 Q15 Walkthrough
W24 Exam 3 Practice 2 Q14 Walkthrough
Просмотров 1533 месяца назад
W24 Exam 3 Practice 2 Q14 Walkthrough
W24 Exam 3 Practice 2 Q11 Walkthrough
Просмотров 1633 месяца назад
W24 Exam 3 Practice 2 Q11 Walkthrough
W24 Exam 3 Practice 2 Q10 Walkthrough
Просмотров 1633 месяца назад
W24 Exam 3 Practice 2 Q10 Walkthrough
W24 Exam 3 Practice 2 Q9 Walkthrough
Просмотров 1423 месяца назад
W24 Exam 3 Practice 2 Q9 Walkthrough
W24 Exam 3 Practice 2 Q8 Walkthrough
Просмотров 1303 месяца назад
W24 Exam 3 Practice 2 Q8 Walkthrough
W24 Exam 3 Practice 2 Q7 Walkthrough
Просмотров 1253 месяца назад
W24 Exam 3 Practice 2 Q7 Walkthrough
W24 Exam 3 Practice 2 Q6 Walkthrough
Просмотров 1173 месяца назад
W24 Exam 3 Practice 2 Q6 Walkthrough
W24 Exam 3 Practice 2 Q13 Walkthrough
Просмотров 1453 месяца назад
W24 Exam 3 Practice 2 Q13 Walkthrough
W24 Exam 3 Practice 2 Q5 Walkthrough
Просмотров 1503 месяца назад
W24 Exam 3 Practice 2 Q5 Walkthrough
W24 Exam 3 Practice 2 Q4 Walkthrough
Просмотров 1373 месяца назад
W24 Exam 3 Practice 2 Q4 Walkthrough
W24 Exam 3 Practice 2 Q3 Walkthrough
Просмотров 1793 месяца назад
W24 Exam 3 Practice 2 Q3 Walkthrough
W24 Exam 3 Practice 2 Q2 Walkthrough
Просмотров 1583 месяца назад
W24 Exam 3 Practice 2 Q2 Walkthrough
W24 Exam 3 Practice 2 Q1 Walkthrough
Просмотров 1033 месяца назад
W24 Exam 3 Practice 2 Q1 Walkthrough
W24 Exam 3 Practice 2 Q12 Walkthrough
Просмотров 1623 месяца назад
W24 Exam 3 Practice 2 Q12 Walkthrough
Walkthrough 24.3
Просмотров 173 месяца назад
Walkthrough 24.3
Walkthrough 24.1
Просмотров 163 месяца назад
Walkthrough 24.1
Handshake Theorem Exercise Walkthrough
Просмотров 363 месяца назад
Handshake Theorem Exercise Walkthrough
Hamiltonian Cycle Walkthrough
Просмотров 613 месяца назад
Hamiltonian Cycle Walkthrough
Euler Circuit Walkthrough
Просмотров 523 месяца назад
Euler Circuit Walkthrough
Exercise 18 2 Walkthrough
Просмотров 443 месяца назад
Exercise 18 2 Walkthrough
W24 Exam 2 Practice 2 Q4 Walkthrough
Просмотров 1324 месяца назад
W24 Exam 2 Practice 2 Q4 Walkthrough
W24 Exam 2 Practice 2 Q6 Walkthrough
Просмотров 1994 месяца назад
W24 Exam 2 Practice 2 Q6 Walkthrough
W24 Exam 2 Practice 2 Q5 Walkthrough
Просмотров 1534 месяца назад
W24 Exam 2 Practice 2 Q5 Walkthrough
W24 Exam 2 Practice 1 Q15 Walkthrough
Просмотров 1714 месяца назад
W24 Exam 2 Practice 1 Q15 Walkthrough
W24 Exam 2 Practice 1 Q13 Walkthrough
Просмотров 1914 месяца назад
W24 Exam 2 Practice 1 Q13 Walkthrough
W24 Exam 2 Practice 1 Q14 Walkthrough
Просмотров 1674 месяца назад
W24 Exam 2 Practice 1 Q14 Walkthrough
W24 Exam 2 Practice 1 Q18 Walkthrough
Просмотров 1734 месяца назад
W24 Exam 2 Practice 1 Q18 Walkthrough
W24 Exam 2 Practice 1 Q16 Walkthrough
Просмотров 2144 месяца назад
W24 Exam 2 Practice 1 Q16 Walkthrough

Комментарии

  • @SalemAl-Ahmad-kc3lc
    @SalemAl-Ahmad-kc3lc 3 месяца назад

    bro you are jamal murray clutch for this

  • @ZarefSyed
    @ZarefSyed 3 месяца назад

    how many times are you gonna say "umm" makes it tough to follow

  • @siyapanjwani8918
    @siyapanjwani8918 3 месяца назад

    Hi mam pls rply apne planet ayurveda se treatment lia h kya

  • @tinduong5743
    @tinduong5743 5 месяцев назад

    This is wrong, a2 from recurrence = 27, and a2 from the closed form solution = 36, which is not correct

    • @tinduong5743
      @tinduong5743 5 месяцев назад

      you dont need *n in step 3, so you need to solve c1 and c2 again

  • @danilojonic7924
    @danilojonic7924 6 месяцев назад

    Im pretty sure you dont need another assumption on line 6. Simply use MT(modus tollens) rule which says that if we have an implication and we know that the conclusion is negative, we will get negative assumption. (A => B, ~B) >>> ~A. I gave this advice since youre not working in basic natural deduction rules anyways (since you listed double negation rule which is not among the basic rules)

  • @ahmedbasry4767
    @ahmedbasry4767 6 месяцев назад

    it's always the low quality videos that help you understand

  • @PancakeRecipezzz
    @PancakeRecipezzz 9 месяцев назад

    Thank you so much!!! This was the clearest and simplest explanation! You explained in 5 minutes better than hours of reading and lectures.

  • @billal2731
    @billal2731 9 месяцев назад

    Thanks mate !

  • @riwanasreddine2208
    @riwanasreddine2208 9 месяцев назад

    you saved me

  • @cutetboyz
    @cutetboyz 9 месяцев назад

    How is this video not the highest ranked video on this topic? Literally broke down every aspect of it to the point someone like me who has no background on this topic understood it completely.

  • @MUmar-tq7pr
    @MUmar-tq7pr 9 месяцев назад

    You can simply use modus tollens on 4 & 5 to conclude ¬P(x0) as well

  • @user-to3fx2do4d
    @user-to3fx2do4d 10 месяцев назад

    Hello. Please read follows. Let's think about next question. [Question] Find the probabilities that the following events will occur when two dice are rolled. ①Both show odd numbers ②One shows odd number and another shows evenn number ③Both show even number P(E):the probability that event E occurs. 【Distinguishable dice A and B】 (the number that dice A shows,the number dice B shows):event If we only judge whether the numbers indicated by the dice are odd or even, the following four events will occur.   (odd,odd) (odd,even)   (even,odd) (even,even) If each event occurs with equal probability, the probability is 1/4. Therefore, P(①)=1/4, P(②)=1/2, P(③)=1/4 (1) If we judge the number(1,2,···,6) indicated by the dice ,the following 36 events will occur. (1,1), (1,3),(1,5) (1,2),(1,4),(1,6) (3,1), (3,3),(3,5) (3,2),(3,4),(3,6) (5,1), (5,3),(5,5) (5,2),(5,4),(5,6) (2,1), (2,3),(2,5) (2,2),(2,4),(2,6) (4,1), (4,3),(4,5) (4,2),(4,4),(4,6) (6,1), (6,3),(6,5) (6,2),(6,4),(6,6) If each event occurs with equal probability, the probability is 1/36. Therfore P(①)=9×(1/36)=1/4, P(②)=18×(1/36)=1/2, P(③)=9×(1/36)=1/4 (2) (2) matches (1). 【Indistinguishable two dice】 (odd,even)is the same event as(even,odd). Thererore, if we only judge whether the numbers indicated by the dice are odd or even, the following three events will occur.   (odd,odd)   (even,odd) (even,even) If each event occurs with equal probability, the probability is 1/3. Therefore P(①)=1/3, P(②)=1/3, P(③)=1/3 (3) (1,3) is the same event as (3,1). If we judge the number(1,2,···,6) indicated by the dice ,the following 21 events will occur. (1,1) (3,1), (3,3) (5,1), (5,3),(5,5) (2,1), (2,3),(2,5) (2,2) (4,1), (4,3),(4,5) (4,2),(4,4) (6,1), (6,3),(6,5) (6,2),(6,4),(6,6) If each event occurs with equal probability, the probability is 1/21. Therefore P(①)=6×(1/21)=2/7, P(②)=9×(1/21)=3/7, P(③)=6×(1/21)=2/7 (4) (4) contradicts (3).

  • @afonsopedreira8455
    @afonsopedreira8455 Год назад

    thanks for the help, I really appreciate it. Keep up the good work :D

  • @abiaadtony7596
    @abiaadtony7596 Год назад

    ur a GOD

  • @raykos4257
    @raykos4257 Год назад

    Great video

  • @raykos4257
    @raykos4257 Год назад

    Great lesson!

  • @raykos4257
    @raykos4257 Год назад

    Good video, but the handwriting is truly atrocious.

  • @chavdagautam7429
    @chavdagautam7429 Год назад

    Nice voice

  • @andrewcarriero2476
    @andrewcarriero2476 Год назад

    omg this video is amazing--such a clear and organized lecturer :)

  • @jackevans8887
    @jackevans8887 Год назад

    excellent, perfect, v good

  • @priyanshushukla3911
    @priyanshushukla3911 Год назад

    good

  • @abcde9499
    @abcde9499 2 года назад

    Hay thanks , it was useful.

  • @darylampo2607
    @darylampo2607 2 года назад

    Is it possible to arrive the same answer if for example my statement would go this way: [(P - > Q) ^ P] - > Q? Thanks.

  • @gorkemyigit3448
    @gorkemyigit3448 2 года назад

    Whoever you are, thank you so much my hero. ❤

  • @shawntyler7798
    @shawntyler7798 2 года назад

    Thanks man

  • @alib6656
    @alib6656 3 года назад

    Hello, how are you? I hope you are doing well. Can I discuss with you some problems in math?

  • @sanperez313
    @sanperez313 3 года назад

    Emily is the best!

  • @erikawwad7653
    @erikawwad7653 3 года назад

    helped me understand tytytyty

  • @victorjauregui-tapia8979
    @victorjauregui-tapia8979 3 года назад

    Emily = THE GOAT

  • @swagmaster9672
    @swagmaster9672 3 года назад

    nice

  • @samuellevy347
    @samuellevy347 3 года назад

    im more confused now