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mes 3Speak Podcast

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Converting Between Different Number Systems

mes 3Speak Podcast ·

2025/11/04

https://3speak.tv/watch?v=mes/mxyppsmx In this video I show how to convert between different base number systems by first writing the number in its equivalent base exponential addition form, and then changing the base. For example, converting the Base Two number 111, we first write it as 111 = 100 + 10 + 1 = 10^2 + 10^1 + 10^0. Keep in mind that the number "10" is just a transition number, so for our Base Ten we replace the equivalent value of "10" from Base Two to Base Ten — i.e. "10" = 2 in our

The Number 0 and 10 in General Number Systems

mes 3Speak Podcast ·

2025/11/03

https://3speak.tv/watch?v=mes/tpvefroy In this video I go over a quick overview of number systems, and show how the base or radix (Latin for "root") serves as the transition point when counting past the single digits. For example, in the base ten number system: the single digits are 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, and then the transition is 9 + 1 = 10. Then the cycle repeats again to 11, 12, 13, etc., until the transition becomes 20.For the base four number system, the single digits are 0, 1, 2, 3

Introduction to Vortex Math and Marko Rodin's Claims

mes 3Speak Podcast ·

2025/10/31

https://3speak.tv/watch?v=mes/sjkhplzt In this video I go over an introduction to vortex math (VM) or vortex based mathematics (VBM), which involves the doubling and summing up numbers until a single digit is achieved. Starting from 1, the pattern 124851 repeats; starting from 3, the pattern 3636 repeats; starting from 9, the pattern 999 repeats. Marko Rodin states that he came across these patterns after converting The Most Great Name of God, Abha, of the Baha'i religion into their numerical values

Exercise 5: Proof of Formula 6: Chain Rule for Vector...

mes 3Speak Podcast ·

2025/10/25

https://3speak.tv/watch?v=mes/aajqxifb In this video I prove Formula 6 of the differentiation rules for vector functions and this time show that the derivative of a vector function whose parameter is a real valued function results in a counterpart of the chain rule. In other words, the derivative of the vector functions in terms of the parameter t becomes the derivative of the real-valued function in terms of the parameter t multiplied by the derivative vector function in terms of the parameter

Exercise 4: Proof of Formula 5: Derivative of Cross...

mes 3Speak Podcast ·

2025/10/24

https://3speak.tv/watch?v=mes/ujzgvnze In this video I once again prove Formula 5 of the Differentiation Rules for Vector Functions but this time obtain the derivative of the cross product of vector functions via the definition of derivative. The key for this derivation is to manipulate the numerator of the definition to obtain two limits, which I show are the corresponding derivatives for u and v vector functions. Compare this derivation with my earlier one using the brute force derivative of the

3D Printed Models of the WTC and LiDAR Data

mes 3Speak Podcast ·

2025/10/23

https://3speak.tv/watch?v=mes/phutwmzi In this video I showcase the amazing 3D printed models of the World Trade Center (WTC) before and after 9/11 when most of the towers literally turned to dust in mid-air. The before model is to scale, and the after model is very close to scale as it is obtained from the LiDAR data which was taken on around September 23, 2001. The 3D models are a great visual aid to see how the towers are literally no where to be found amongst the tiny rubble pile, which

MES Livestream 113: BeneficenceTV Demonstrates Vortex...

mes 3Speak Podcast ·

2025/10/20

https://3speak.tv/watch?v=mes/oydoyejz Benefactor from BeneficenceTV joins the show again, this time to give live demonstrations of his amazing vortex coils, which may have some energy over unity effects.October 18, 2025 SATURDAY at 1 PM PST / 3 PM CST / 4 PM EST / 10 PM CAT / 21:00 GMT (UK) #FreeEnergy #BeneficenceTV #RodinCoil #technology #aether Trailer: Benefactor links: YouTube @BeneficenceTV : https://www.youtube.com/@BeneficenceTV Rumble: https://rumble.com/c/c-5063899 Facebook:

Exercise 4: Proof of Formula 5: Derivative of Cross...

mes 3Speak Podcast ·

2025/10/20

https://3speak.tv/watch?v=mes/jkzwljpi In this video I prove Formula 5 of the differentiation rules for vector functions, and this time derive the derivative of the cross product of two vector functions. I solve this by taking the derivative of the components of the cross product directly and then separating it into two vectors. The result is the usual counterpart of the product rule for real-valued functions. In the next video I solve Formula 5 using the definition of derivative for vector

🔬#MESExperiments 51: Magnets in Repulsion Atwood...

mes 3Speak Podcast ·

2025/10/18

https://3speak.tv/watch?v=mes/sqxmkjjf In #MESExperiments 51 I repeat the Atwood Machine drop tests but this time do it from my balcony at a height of about 14 feet. Surprisingly, the drop tests show no significant difference for the nonmagnets, magnets in attraction, or the magnets in repulsion. I performed 10 tests for each type, and the results fluctuated closely around the 8 second mark. I was expecting a significantly slower drop time for the magnets in repulsion because of the results of my

MES Math Q/A 40: How was Coral Castle Built?

mes 3Speak Podcast ·

2025/10/17

https://3speak.tv/watch?v=mes/tozxxnso If you have math related questions, I may have answers.October 15, 2025 Wednesday at 10:00 AM PST #math #science #coralcastle #electromagnetism #conspiracy Summary: https://inleo.io/threads/view/mes/re-leothreads-2zvnydufi MES Math Q/A playlist: https://www.youtube.com/playlist?list=PLai3U8-WIK0F1GgkU63uA9NIncxDS2q0- All Streams: https://www.youtube.com/@mes/streams . Become a MES Super Fan

Exercise 3: Proof of Formulas 2 and 3: Derivative of...

mes 3Speak Podcast ·

2025/10/17

https://3speak.tv/watch?v=mes/znnkebnd In this video I prove formulas 2 and 3 of the differentiation rules for vector functions and show that the derivative of a vector function multiplied by a real-valued function has the same result as the product rule. Formula 2 is a special case of Formula 3 in which the function is equal to a constant, thus the derivative of the constant term goes to zero. I prove Formula 3 by taking the derivative by components, which results in applying the product rule

MES Livestream 112: 9/11 Spooks Database

mes 3Speak Podcast ·

2025/10/15

https://3speak.tv/watch?v=mes/pvfstkbw Join me as I explore the haunted house that is 9/11 truth and create an Excel database of all the 9/11 spooks! October 11, 2025 SATURDAY at 1 PM PST / 3 PM CST / 4 PM EST / 10 PM CAT / 21:00 GMT (UK) #911Truth #Halloween #FreeEnergy #psyop #DEW Trailer: Stream notes and playlist: Summary: https://inleo.io/threads/view/mes/re-leothreads-r2gk6gas Notes: https://peakd.com/hive-113182/@mes/livestream-112-911-spooks-ehs 9/11 Livestreams:

Exercise 2: Proof of Formula 1: Derivative of...

mes 3Speak Podcast ·

2025/10/15

https://3speak.tv/watch?v=mes/bzctijjk In this video I go over Formula 1 of the differentiation rules for vector functions and show the derivative of the addition (or subtraction) of vector functions is just the derivative of each vector function added (or subtracted) to each other. This follows from adding the vectors first, then applying differentiation by components, followed by splitting the vectors back up again. #math #vectors #calculus #stem #education Timestamps: Exercise 2: Proof of

Exercise 1: Tangent Vector Points in the Direction of...

mes 3Speak Podcast ·

2025/10/13

https://3speak.tv/watch?v=mes/acvwxcfi In this video I show that the derivative or tangent vector of a curve defined by a vector function always points in the direction in which the parameter t is increasing. I show this by analyzing how the curve behaves for positive or negative values of the term h in the definition of derivative for a vector function. For the positive h case, the result is obvious since the secant vector divided by h yields a positive value, hence the tangent vector is in the

Proof of Formula 4: Derivative of Dot Product of...

mes 3Speak Podcast ·

2025/10/03

https://3speak.tv/watch?v=mes/hafjrsgu In this video I derive the 4th differentiation rule for vector functions, which involves taking the derivative of the dot product between two vector functions and yields a similar result as the normal product rule for real-valued functions. I prove this by first expanding the dot product and writing it as a finite sum. Then, by applying summation rules and taking the corresponding product rule for real-valued functions of the summation series, we obtain our

Differentiation Rules for Vector Functions

mes 3Speak Podcast ·

2025/10/02

https://3speak.tv/watch?v=mes/pzzlgjdt In this video I go over the six main differentiation rules for vector functions, as well as the 2nd (or higher) derivatives. The rules have their similar counterparts for real valued functions, and I leave the proofs for later videos. Deriving each rule involves either applying the definition of a derivative for a vector function or applying the theorem of differentiating functions by components.#math #science #calculus #vectors #education Timestamps: Second

MES Livestream 110: Charlie Kirk Assassination Deep Dive

mes 3Speak Podcast ·

2025/09/29

https://3speak.tv/watch?v=mes/wunzvyfu Join me as I explore the event that shook the world on 9/10/2025, and look at the Charlie Kirk assassination from every angle, including the conspiratorial...September 27, 2025 SATURDAY at 1 PM PST / 3 PM CST / 4 PM EST / 10 PM CAT / 21:00 GMT (UK) #charliekirk #conspiracy #psyop #politics #Trump Stream notes and playlist: Summary: https://inleo.io/threads/view/mes/re-leothreads-mptjxyq1 Notes:

Example 3: Tangent Line to a Helix

mes 3Speak Podcast ·

2025/09/29

https://3speak.tv/watch?v=mes/yfpyxeyr In this video I show how to obtain the parametric equations of a line that is tangent to a given point on a helix, whose parametric equations are also given. I first convert the helix parametric equations to its vector equation form and then take the derivative. I then obtain the parametric equations of our tangent line by using our given point and the derivative as the parallel vector. I also graph this out in GeoGebra's amazing 3D graphing calculator, play

9/11 Dustification vs Alka-Seltzer Tablets (Slow Motion)

mes 3Speak Podcast ·

2025/09/27

https://3speak.tv/watch?v=mes/ozbywlji In this video I posted slow motion footage of the North Tower literally turning to dust in mid-air on 9/11 and compare with Alka-Seltzer tablets falling in water. The similarity is very striking! Dr. Judy Wood coined the accurate phrase "dustification" to describe this new phenomena of metal turning to dust without kinetic or thermal means. She also was the first to state that the dustification reminded her of Alka-Seltzer tablets falling in water, and this is

Example 2: Sketching the Tangent Vector

mes 3Speak Podcast ·

2025/09/26

https://3speak.tv/watch?v=mes/vrcvsdfe In this video I go over another example on derivatives of vector functions, and this time sketch the tangent vector to a plane curve manually as well as with GeoGebra's 3D graphing calculator. The tangent vector is just the derivative of the vector function, and is tangent to the curve for any given value of t. Eliminating the parameter t in the parametric equations of the given vector function yields a parabolic plane curve.#math #science #calculus #vectors

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