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MES Math Q/A 58: What is Stellar Aberration? - YouTube - Rumble - Odysee - BitChute - X - Twitch - Summary - Math Q/A playlist If you have math related questions, I may have answers. March 11, 2026 Wednesday at 10:00 AM PST #math #science #physics #aetherโฆ
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MES Math Q/A 58: What is Stellar Aberration? - YouTube - Rumble - Odysee - BitChute - X - Twitch - Summary - Math Q/A playlist
Stellar aberration is the apparent change in the position of an object in space based on how fast the Earth (observer) is moving. An analogy is running in the rain and tilting the umbrella forward.
#math #science #physics #aether #light
Stellar aberration is the apparent change in the position of an object in space based on how fast the Earth (observer) is moving. An analogy is running in the rain and tilting the umbrella forward.
#math #science #physics #aether #light
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Pet Fence Faraday Cage for the Tesla coil ๐
Adding the chicken wire around the pet fence Faraday Cage for added protection around the Tesla coil #SafetyFirst
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Apparently the US is going to take control of Iran's oil next week ๐ฎ
Why Western media always use such terminalogy for other countries ๐
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Mathematical Review: Partial Differential Equations (PDE), Laplace's Equation, Gradient, Divergence - 3Speak - YouTube - Summary - Notes - Playlist In this video I go over a quick math review of the terms involved in the Laplace equation in 3D rectangularโฆ
Laplace Operator (Laplacian) in Polar Coordinates โ PROOF - 3Speak YouTube - Summary - Notes - Playlist
In this video I derive the Laplace Operator or Laplacian in polar coordinates, which will come in handy when I derive the Laplacian in spherical coordinates in the next video. Since polar coordinates are in two dimensions (2D), the corresponding Laplacian is also in 2D, and is the sum of the second partial derivatives of a function in terms of x and y. I use the tree structure for remembering the order of chain rule for partial derivatives to first write the first partial derivative of x and y in terms of their corresponding polar coordinates r and ฮธ. The second partial derivative is simply the partial derivative of the first partial derivative. After a lot of algebra and cancellations, I obtain the Laplacian in Polar Coordinates!
#math #polarcoordinates #calculus #partialdifferentialequation #multivariablecalculus
In this video I derive the Laplace Operator or Laplacian in polar coordinates, which will come in handy when I derive the Laplacian in spherical coordinates in the next video. Since polar coordinates are in two dimensions (2D), the corresponding Laplacian is also in 2D, and is the sum of the second partial derivatives of a function in terms of x and y. I use the tree structure for remembering the order of chain rule for partial derivatives to first write the first partial derivative of x and y in terms of their corresponding polar coordinates r and ฮธ. The second partial derivative is simply the partial derivative of the first partial derivative. After a lot of algebra and cancellations, I obtain the Laplacian in Polar Coordinates!
#math #polarcoordinates #calculus #partialdifferentialequation #multivariablecalculus
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I just published my (nearly complete) article about David Hughes titled: Dear David A. Fetzer...
Throwback to March 23, 2010, when Dr. Judy Wood was hassled for 5+ minutes by Power Hour radio host Joyce Riley and 2 callers (Steve & George) about their disbelief that a giant Hurricane Erin was just off the East Coast on 9/11! - Full Video - Andrew Johnson article - 2012 GlobalBEM
Now compare this with History Revisionist David Hughes pretending like Hurricane Erin was common knowledge on 9/11...
Now compare this with History Revisionist David Hughes pretending like Hurricane Erin was common knowledge on 9/11...
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