#Discrete Vs Continuous

Double slit experiment #science #facts #trindingreelsinstagram

Discrete sums vs Continuous Integrals #math #physics #stemmajor #sciencelife #fyp

What they don’t tell you about Discrete math is that it can actually be really interesting and kind of fun IF you have the right resources and teachers! I’m not gonna lie, the first time I took Discrete I failed! Yes, it was the one and only class I have ever failed and it really sucked to get through an entire class only to get a failing grade! I didn’t understand what I was doing wrong because I had really enjoyed the material at the beginning of the class but I just wasn’t able to keep up with the pace! The second time I took Discrete, I focused my time on finding the best resources so that I could spend less time studying and more time applying the concepts! These YouTube playlists helped me SO MUCH! They are all great teachers on the subject and each video gets right to the point so you can get a clear understanding of the material! Are you taking discrete math soon?? Let me know any other questions you have about the subject and I’ll try to answer them in the comments! Don’t forget to LIKE this video for more! FOLLOW for computer science resources and motivation!! #computerscience #computersciencemajor #computersciencestudent #discretemath #mathproblems #mathstudent #engineeringstudent

Reviewing some fundamentals across probability and random variables today 📚 References and resources: - Deisenroth at al, “Mathematics for Machine Learning”, 2020 - Casella and Berger, “Statistical Inferences”, 2nd ed., 2002 - CM Biship, “Pattern Recognition and Machine Learning”, 2006 - “Lecture 12: Discrete vs. Continuous, the Uniform | Statistics 110” on Harvard University’s YouTube channel - The course I’m following: “Mathematics for Machine Learning” by MathAcademy

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Determination of Focal Length using Combination Method Full video available : https://www.youtube.com/watch?v=ZnTvcyPi_yg #labexperiment #physicslab #practical_exam #followersreels #followmeto #reelsi̇nstagram #reelit #liketolike

Simultaneous brightness contrast

🎙️ Create your own celebrity voiceovers with @kliplabapp PART 2: Time complexity explained ⬇️⬇️ What is your favourite notation? ⬇️⬇️

Basically we shouldn’t call it negative time. But this could help with the issue of distortion in fiber option cables (as in your phone service) Sign up for my monthly STEM newsletter! Link in the bio Sources: 1. “Negative Time is Real, Physicists Confirm. Kind of.” – Sabine Hossenfelder (YouTube) 2. “Evidence of ‘Negative Time’ Found in Quantum Physics Experiment” – Scientific American 3. “Experimental evidence that a photon can spend a negative amount of time in an atom cloud” – Cornell University (original paper) #math #mathematics #maths #science #physics #girlsinstem #womeninstem #astronomy #didyouknow #showerthoughts #wow #okay #foryou #discover #explore #stem #space #how #technology #news #timetravel

Watch my complete time complexity playlist on youtube Link is in the bio! #dsa #reelsinstagram #datastructure

To understand how the differentiation of sin⁡(x) results in cos⁡(x), let's explore the concept using the tangent line: 1.Sine Function and Tangent Lines: The sine function, y=sin⁡(x), is a smooth, periodic wave that oscillates between -1 and 1. At any point x on the sine curve, the tangent line touches the curve at that point and has a slope equal to the derivative of sin⁡(x) at that point. 2.Slope of the Tangent Line: The slope of the tangent line to the sine curve at a particular point xxx is given by the rate of change of sin⁡(x) with respect to x Mathematically, this rate of change (slope) is represented by d/dx [sin(x)]. 3.Differentiation of sin⁡(x): When we differentiate sin⁡(x), we use the definition of the derivative, which involves finding the limit of the average rate of change as the interval approaches zero. The result of this differentiation is cos⁡(x), which means the derivative of sin⁡(x) with respect to x is cos⁡(x) 4.Visualization: Imagine a point moving along the sine curve. As the point moves, the tangent line adjusts its slope according to the derivative. This changing slope is perfectly described by the cosine function, cos⁡(x). #math #science #technology #animation

〰️ A system of quantized simplex noise. 〰️ This piece begins with simplex noise displacement, forced into a discrete vector field so the curvature resolves into stepped directional changes. Points that fall below a minimum displacement threshold are re-projected onto the original curves, which keeps some areas constrained while still allowing large scale deformation. The largest white spaces by area are colored. How much of the underlying algorithm feels visible in the final piece? ------------------------------ Great Gluttonous Fertile Land 19" x 24" 🖋️ @rotringofficial & @tombowusa ✒️ @robertostersignature ink 📝 Drawn with @idrawpenplotter @genmediaclub #generativeart #digitalart #penplotter #oddlysatisfying #inkdrawing