PageWizard Games, Learning & Entertainment

PageWizard Games, Learning & Entertainment

Views:
31,238
Subscribers:
838
Videos:
459
Duration:
19:08:32:18
Canada
Canada

PageWizard Games, Learning & Entertainment is a Canadian YouTube content creator with 838 subscribers. His content totals over 31.24 thousand views views across 459 videos.

Created on ● Channel Link: https://www.youtube.com/channel/UCQWJuFiSJPAXW6-bnRq_WtA





Top 300 Most Viewed Videos by PageWizard Games, Learning & Entertainment


Video TitleViewsCategoryGame
201.Join me on Twitch! [Twitch Clips - Kirby's Dream Land, March 12, 2021]33Kirby's Dream Land
202.Hashing: Fundamentals and Algorithms33
203.May 2022 Updates - Welcome to the Learning Zone 2.032Vlog
204.Big-Oh Bootcamp (Fun with Logarithms) - July 26, 202232Vlog
205.Introduction to Mathematical Sequences, and How to Derive a Sequence32
206.Dijkstra's Algorithm WITH FULL EXAMPLE (Graphs: Algorithms & Theory)31
207.Twitch Clips - Legend of Zelda: Oracle of Seasons, April 13, 202131The Legend of Zelda: Oracle of Seasons
208.Lecture 12: More on Open Addressing, Linear Probing, Double Hashing [Advanced Data Structures]31
209.RM of Springfield Planning Meeting April 24, 2025 (Zoom Footage)31
210.Big-Oh Definition, Proving 2n-1 is O(n) (FULL EXAMPLE)31
211.Happy Summer from PageWizard GL&E31
212.August 2021 Updates - Milestones30
213.Dan Plays Mega Man IV (Gameboy)! [COME JOIN THE FUN]30Mega Man IV
214.Learn & Have Fun [Sequences, Summations, Induction, Legend of Zelda: Link's Awakening DX]30The Legend of Zelda: Link's Awakening
215.March 2021 Updates - Welcome to the Learning Zone, Dolly-O-Mania & More!30
216.Transducers Examples - Copying Data (Theory of Computing)30
217.Borrowing By-Law Presentation and Discussion - RM of Springfield Feb 18, 2025 Council Meeting30
218.Computing Connected Components of a Graph (Graphs: Algorithms & Theory)30
219.Polynomial n^k is O(n^(k+Ɛ)) [Big-Oh Bootcamp]30
220.Dan Longplays Mega Man V (Casual)30Mega Man V
221.What's with Zero? O(0)? O(1)? Is O(0) = O(1)?30
222.Pigeonhole Principle and Averaging Principle (Mathematics for Computer Science)30
223.Dan Plays Legend of Zelda: Link's Awakening DX29The Legend of Zelda: Link's Awakening
224.Twitch Clips - Mega Man 4 (RACE VS. TOR ASBJOERN,) December 26, 202129
225.Logarithms are Smooth [Big-Oh Bootcamp]29
226.Cycle Detection and Path Finding (Graphs: Algorithms & Theory)29
227.n Choose k Equals n Choose n-k29
228.September 2021 Updates - It Keeps Rolling, Rolling, and Rolling29
229.Big-Oh Bootcamp - Short Stream (to be continued)29
230.Breadth-First Search (Graphs: Algorithms & Theory)29
231.Smooth Functions (Big-Oh Bootcamp)29
232.Dan Plays Chrono Trigger (April 20, 2023)29Let's PlayChrono Trigger
233.Introduction to Context-Free Grammars and Languages (Theory of Computing)29
234.Dan Plays Monster Hunter Rise (April 30, 2022)29Let's PlayMonster Hunter Rise
235.Transducers Example - Capitalization (Theory of Computing)29
236.Discrete Structures - 5. Counting29
237.Multiplication Principle, Number of Ordered Sequences with Repeats (Maths for Computer Science)28
238.log n is O(n) [FULL PROOF] (Big-Oh Bootcamp)28Vlog
239.Testing Emptiness of a Regular Language (Theory of Computing)28
240.May 2021 Updates - So Excited I Can't Breathe!28
241.Proving Correctness of DFAs via State Invariants [FULL EXAMPLE] (Theory of Computing)28
242.Happy Canada Day!28
243.What is a Hash Function? (Hashing: Fundamentals and Algorithms)27
244.Sum of Pairs: Lucky 7 (Mathematics for Computer Science)27
245.Single Exponents in Logarithms [Big-Oh Bootcamp]27
246.Binary Search Algorithm (Searching: Algorithms & Lower Bounds)27
247.Generalization of Max Rule for Big-Oh [Big-Oh Bootcamp]27
248.Big-Oh and Bases of Logarithms [Big-Oh Bootcamp]26
249.Converting Regular Expressions to ε-NFAs - Thompson's Construction (Kleene's Theorem (Part 1))26
250.Twitch Clips - Legend of Zelda: Oracle of Ages (Part 13), October 8, 202126The Legend of Zelda: Oracle of Ages
251.Big-Omega Definition, Proving log n + 2 is Ω(log n) (FULL EXAMPLE)26Vlog
252.Solving Recurrence Relations via Iteration26
253.Pumping Lemma for Regular Languages: A Gentle Introduction (Theory of Computing)25
254.Exponents and Logarithms [Mathematics for CS]25
255.What is an Algorithm?25
256.Multiplicative Constants Do Not Matter [FULL PROOF] (Big-Oh Bootcamp)25
257.Testing Set Membership and Equality of Regular Languages (Theory of Computing)24
258.Testing Connectivity of a Graph (Graphs: Algorithms & Theory)23
259.Big-Oh Bootcamp (Smoothness) - July 12, 202223
260.Minimum Spanning Trees and the Cut Property, Taking Your Questions!23
261.Dan Longplays Xenoblade Chronicles 2 #1523Xenoblade Chronicles 2
262.Proving 1/n is o(1) (Little-Oh Definition Proof)23
263.Dan Longplays Xenoblade Chronicles 2 #723Xenoblade Chronicles 2
264.Dealing with Polynomials (Big-Oh Bootcamp)23
265.Dan Plays Romancing SaGa 2: Revenge of the Seven (Part 1)22Romancing SaGa 2: Revenge of the Seven
266.Polynomial n^k is Smooth [Big-Oh Bootcamp]22
267.Proving 1 + 2 + 3 + … + n = n(n+1)/2 using Mathematical Induction22
268.Recursion: How Does It Work?22
269.Equivalence of Deterministic and Nondeterministic Finite Automata22
270.Designing Context-Free Grammars I (Theory of Computing)22
271.Big-Oh is Reflexive [FULL PROOF] (Big-Oh Bootcamp)22
272.Dan Longplays Xenoblade Chronicles 2 #222Xenoblade Chronicles 2
273."Has All of Council Read the By-Law?"(Short Version) RM of Springfield, Council Meeting Dec 17, 202422
274.Dan Longplays Xenoblade Chronicles 2 #622Xenoblade Chronicles 2
275.Lazy Subset Construction for ε-NFAs (Converting ε-NFAs to DFAs) [Theory of Computing]22
276.Single-Source Shortest Path Problem (Graphs: Algorithms & Theory)22
277.5. Myopic and Comparison Strategies for k-Canadian Travelling (Haunted Escape)21
278.Checking Solutions to Recurrence Relations (Mathematics for Computer Science)21
279.Sneak Peek: Talking Case-Based Analysis with Lola21
280.Dan Longplays Xenoblade Chronicles 2 #321Xenoblade Chronicles 2
281.Graph Terminology III: Weighted Graphs (Graphs: Algorithms & Theory)20
282.Large (Enough) Groups and the Pigeonhole Principle (Mathematics for Computer Science)20
283.What are Regular Expressions? (Theory of Computing)20
284.Twitch Clips - Monster Hunter Rise, April 14, 202120Monster Hunter Rise
285.Designing Regular Expressions [FULL EXAMPLES] (Theory of Computing)20
286.Computing Paths Using DFS/BFS Trees (Graphs: Algorithms & Theory)20
287.Language with More 0s Before Less 1s is not Regular (Theory of Computing)20
288.Happy Halloween 2023 #halloween202320
289.Lazy Subset Construction (for NFAs to DFAs) [Theory of Computing]19
290.Intersection and Set Difference are Closed Under Regular Languages (Theory of Computing)19
291.Dan Plays Pokemon Scarlet (January 6, 2023)19Pokémon Scarlet and Violet
292.Dan Longplays Xenoblade Chronicles 2 #519Xenoblade Chronicles 2
293.Dan Plays Mega Man 6 (October 7, 2023)19Let's PlayMega Man 6
294.n^k is O(n^(k+epsilon)) (Big-Oh Bootcamp)19
295.Dan Longplays Xenoblade Chronicles 2 #1019Xenoblade Chronicles 2
296.Primer on Exponents and Logarithms, Proof of Power Rule of Logarithms [Big-Oh Bootcamp]19
297.Designing Context-Free Grammars II (Theory of Computing)19
298.Counting Reachable Vertices and Edges (Graphs: Algorithms & Theory)19
299.Formal Definition of Computing for DFAs (Theory of Computing)19
300.Product Rule of Big-Oh [FULL PROOF] (Big-Oh Bootcamp)18