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Lecture 10.2 - Shift Ciphers duration 10 minutes 25 seconds Lecture 10.2 - Shift Ciphers Lecture 10.2 - Shift Ciphers	Lecture 10.2 - Shift Ciphers letters letter mod cipher shift k. function integers encryption thing n. numbers g. dot alphabet secret decryption arithmetic problems practice From Lindsay White 28 plays
Lecture 6.1 - Congruence Classes (with subtitles) duration 26 minutes 9 seconds Lecture 6.1 - Congruence Classes (with subtitles) Lecture 6.1 - Congruence Classes (with subtitles)	Lecture 6.1 - Congruence Classes (with subtitles) remainder equivalence mod congruence class classes n. minus definition integers relation multiple notation congruent numbers a. form remainders times partition From Lindsay White 5 plays 0
Lecture 5.3 - Prime Factorization (with subtitles) duration 17 minutes 13 seconds Lecture 5.3 - Prime Factorization (with subtitles) Lecture 5.3 - Prime Factorization (with subtitles)	Lecture 5.3 - Prime Factorization (with subtitles) times primes n. theorem factorization exponent prime divisor p1 powers proof exponents power integer instance definition m. divisors cubed divisibility From Lindsay White 5 plays 0
Lecture 4.6 - Strong Induction (with subtitles) duration 17 minutes 11 seconds Lecture 4.6 - Strong Induction (with subtitles) Lecture 4.6 - Strong Induction (with subtitles)	Lecture 4.6 - Strong Induction (with subtitles) induction primes hypothesis k. cases times base numbers proof step thing prime recursion n. statement principle problems range notice factorization From Lindsay White 3 plays 0
Lecture 4.5 - Induction Example 2 (with subtitles) duration 22 minutes 34 seconds Lecture 4.5 - Induction Example 2 (with subtitles) Lecture 4.5 - Induction Example 2 (with subtitles)	Lecture 4.5 - Induction Example 2 (with subtitles) element subsets subset induction sets power statement hypothesis union a1 recursion ak base a. elements idea size proof times n. From Lindsay White 3 plays 0
Lecture 4.4 - Induction Example 1 (with subtitles) duration 15 minutes 12 seconds Lecture 4.4 - Induction Example 1 (with subtitles) Lecture 4.4 - Induction Example 1 (with subtitles)	Lecture 4.4 - Induction Example 1 (with subtitles) hypothesis side rfk proof hand k. formula induction step minus times dot base multiple process r1 n. variables statement sum From Lindsay White 4 plays 0
Lecture 4.3 - Weak Induction (with subtitles) duration 19 minutes 33 seconds Lecture 4.3 - Weak Induction (with subtitles) Lecture 4.3 - Weak Induction (with subtitles)	Lecture 4.3 - Weak Induction (with subtitles) induction formula n. statement minus side step proof form element hand pattern theorem s. process hypothesis rfk steps numbers guess From Lindsay White 5 plays 0
Lecture 4.2 - Induction and the Well-Ordering… duration 24 minutes 18 seconds Lecture 4.2 - Induction and the Well-Ordering… Lecture 4.2 - Induction and the Well-Ordering Principle (with subtitles)	Lecture 4.2 - Induction and the Well-Ordering Principle (with subtitles) numbers induction property s. element integers sequence n. subset formula proof term idea dot pattern cases contrapositive infinity couple contradiction From Lindsay White 6 plays 0
Lecture 4.1 - Recursive Sequences (with subtitles) duration 20 minutes 30 seconds Lecture 4.1 - Recursive Sequences (with subtitles) Lecture 4.1 - Recursive Sequences (with subtitles)	Lecture 4.1 - Recursive Sequences (with subtitles) sequence term sequences function times elements minus cases notation numbers a1 n. arithmetic induction things thing practice recursion factorial difference From Lindsay White 6 plays 0
PHYS-4F03-class26 duration 52 minutes 38 seconds PHYS-4F03-class26 PHYS-4F03-class26	PHYS-4F03-class26 Finished the slides on the adiabatic approximation (L18Adiabatic) omega term equation psi energy phase frequency hamiltonian field expression times change spin thing eigenstate eigenstates n. schrodinger difference derivative From DUNCAN O'DELL 6 plays 0
12-PositionSpace Interactions duration 1 hour 31 minutes 12-PositionSpace Interactions 12-PositionSpace Interactions	12-PositionSpace Interactions Physics 4Q03 Lecture 12: This lecture summarizes the position space formalism of the previous lecture and introduces simple self-interactions. particles energy particle thing things hamiltonian star function momentum sum interaction times probability prime problem volume delta n. operator space From Clifford Burgess 66 plays 0
PHYS3QI3_Class9 duration 51 minutes 21 seconds PHYS3QI3_Class9 PHYS3QI3_Class9	PHYS3QI3_Class9 Continued with QI7_Operators. Introduced Hermitian operators operator psi thing mechanics operators basis matrix measurement lambda adjoint expectation commutator uncertainty hand eigenvectors conjugate eigenvalues probability n. dagger From DUNCAN O'DELL 9 plays 0
03_Creation_Annihilation duration 55 minutes 23 seconds 03_Creation_Annihilation 03_Creation_Annihilation	03_Creation_Annihilation Physics 4Q03 Lecture 03: This lecture provides the foundation of much of what follows: the definition and properties of creation and annihilation operators. These operators provide a basis in terms… star particle particles energy momentum thing root matrix times things ground labels operator label oscillator operators n. element stars hamiltonian From Clifford Burgess 133 plays 0
Time Value of Money (Part 5) duration 2 minutes 46 seconds Time Value of Money (Part 5) Time Value of Money (Part 5)	Time Value of Money (Part 5) investment return future rate dollar inflation sum lump growth amount planning power sets period mind n. times profit interests matures From Anwar Husain 1 plays 0
008 CDF Mean Variance and Binomial Distribution duration 21 minutes 8 seconds 008 CDF Mean Variance and Binomial Distribution 008 CDF Mean Variance and Binomial Distribution	008 CDF Mean Variance and Binomial Distribution power distribution probability times outcomes success formula variance trials failure bernoulli coin virus n. thing function term trial coefficient tail From Mu He 470 plays 0
3A03 - Tutorials - Practice #11, Problem 5 duration 7 minutes 7 seconds 3A03 - Tutorials - Practice #11, Problem 5 3A03 - Tutorials - Practice #11, Problem 5	3A03 - Tutorials - Practice #11, Problem 5 If you have any questions or suggestions concerning this video, please email me at aguirrel@mcmaster.ca epsilon delta definition continuity function convergence problem difference x. k. sequence n. thing functions money flip mistake notation floor s. From Lorena Aguirre Salazar 35 plays 0
Sequences of Functions, Part 2 duration 23 minutes 55 seconds Sequences of Functions, Part 2 Sequences of Functions, Part 2	Sequences of Functions, Part 2 The second lecture on Sequences of Functions, this one dealing with Uniform Convergence. Please comment below or send me email with any questions or suggestions for additional material or… convergence epsilon functions limit function x. n. graph sequence capital pointwise fn difference cosine values continuity distance amplitude definition interval From Stanley Alama 60 plays 0
Sequences of Functions, Part 1 duration 39 minutes 2 seconds Sequences of Functions, Part 1 Sequences of Functions, Part 1	Sequences of Functions, Part 1 The first video on Sequences of Functions, the last topic in Math 3A03 this term. This is a brief overview, and not anywhere as thorough as what would normally have been presented in class. The… limit functions function sequence pointwise interval infinity n. x. capital minus graph convergence values series sequences height base times point From Stanley Alama 80 plays 0