#vectors search results
The vector equation of a line passing through point A with position vector ๐ and parallel to ๐ can be written as: (๐ โ ๐) ร ๐ = ๐ Since any point R on the line satisfies ๐ โ ๐ โฅ ๐, their cross product is zero. Expanding gives: ๐ ร ๐ = ๐ ร ๐ #vectors
Deriving the projection matrices step-by-step. T: โโด โ โยณ (3ร4) maps a tesseract into 3D space. T: โยณ โ โยฒ (2ร3) flattens it onto the page. Together they form the complete 4D โ 2D projection system. #dimensions #vectors #pythagram #tesseract
๐คฉ #Pole #Vectors can be tricky in @UnrealEngine , but mastering them boosts your #rigging & #animation game! Learn how to: ๐น Set them up with #IK solvers ๐น Automate placement with #Compute #PoleVector ๐น Use #Nulls, #Constraints & #SpaceSwitching ๐ฅ youtu.be/8E4WOIWnenU
Scalar triple product: A ยท (B ร C) gives the volume of the parallelepiped formed by A, B, and C. #vectors #alevelmaths #furthermaths
In many cases, the dot product of two vectors can be visualised. You can imagine there are 'negative areas' as well, if you really want to get a visual sense of what is happening. It certainly is possible to 'see' the dot product. #vectors #dotproduct
Converting the vector equation of a line, (๐ โ ๐) ร ๐ = ๐, into its Cartesian form by substituting coordinates and showing it leads to: (๐ฅ โ ๐ฅโ)/๐ = (๐ฆ โ ๐ฆโ)/๐ = (๐ง โ ๐งโ)/๐ #vectors #alevelmaths #crossproduct
The point of the centroid of the equilateral triangle trapped within a unit cube. 1/3(1, 1, 1) #visualmath #vectors
Integrals of Vector Functions youtu.be/28IH34obx8I In this video I go over integrals for vector functions and show that we can evaluate it by integrating each component function. #math #vectors #calculus #integrals #education
Proof of Formula 4: Derivative of Dot Product of Vector Functions youtu.be/WwRjxzFKnu0 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 asโฆ
โฆ๏ธ๐๏ธ 3:4:5 Magic, A Perceptual Experiment, Finalised, 28.09.2025. #pythagorastheorem #vectors #opticalillusion
Killing three birds off with one stone. ๐ฆ Deriving the area of a triangle, the cosine rule and dot product in one swoop, using vectors. #alevelmaths #vectors #cosinerule #dotproduct #freestyle
Centroid of a triangle found using vectors, half a square, and a transformation T:RยณโRยฒ. The result: G = โ (A + B + C). #vectors #geometry #math
Vectors: The standard basis vectors in 3D explained using definitions and visuals. #vectors #visuallearning
In response to: x.com/mathsproofs/stโฆ Partial Derivatives of Vectors, Defined. #vectors #derivatives #calculus
Continuity and Differentiability (Clear, Compact Guide) Read blog post here: geometricbites.blogspot.com/2025/11/continโฆ #calculus #differentiation
โ๏ธ 100 pixel-perfect line icons for UI, infographics & travel apps โ clean, minimal & available in all popular formats. Grab them now at icanotic.com #Icanotic #Icons #Vectors #IconSet #UIDesign #DigitalAssets #CreativeTools #GraphicDesign
๐ฆ New Special Issue: Interactions Between Parasites/Pathogens and Vectors, Second Edition ๐Guest Editors: Prof. Dr. Norman Ratcliffe and Prof. Dr. Gรผnter A. Schaub ๐๏ธSubmission Deadline: 30 June 2026 ๐Read more: mdpi.com/journal/microoโฆ #arboviruses #vectors #insects
The point of the centroid of the equilateral triangle trapped within a unit cube. 1/3(1, 1, 1) #visualmath #vectors
The vector equation of a line passing through point A with position vector ๐ and parallel to ๐ can be written as: (๐ โ ๐) ร ๐ = ๐ Since any point R on the line satisfies ๐ โ ๐ โฅ ๐, their cross product is zero. Expanding gives: ๐ ร ๐ = ๐ ร ๐ #vectors
Scalar triple product: A ยท (B ร C) gives the volume of the parallelepiped formed by A, B, and C. #vectors #alevelmaths #furthermaths
Killing three birds off with one stone. ๐ฆ Deriving the area of a triangle, the cosine rule and dot product in one swoop, using vectors. #alevelmaths #vectors #cosinerule #dotproduct #freestyle
Converting the vector equation of a line, (๐ โ ๐) ร ๐ = ๐, into its Cartesian form by substituting coordinates and showing it leads to: (๐ฅ โ ๐ฅโ)/๐ = (๐ฆ โ ๐ฆโ)/๐ = (๐ง โ ๐งโ)/๐ #vectors #alevelmaths #crossproduct
โฆ๏ธ๐๏ธ 3:4:5 Magic, A Perceptual Experiment, Finalised, 28.09.2025. #pythagorastheorem #vectors #opticalillusion
Deriving the projection matrices step-by-step. T: โโด โ โยณ (3ร4) maps a tesseract into 3D space. T: โยณ โ โยฒ (2ร3) flattens it onto the page. Together they form the complete 4D โ 2D projection system. #dimensions #vectors #pythagram #tesseract
Centroid of a triangle found using vectors, half a square, and a transformation T:RยณโRยฒ. The result: G = โ (A + B + C). #vectors #geometry #math
In many cases, the dot product of two vectors can be visualised. You can imagine there are 'negative areas' as well, if you really want to get a visual sense of what is happening. It certainly is possible to 'see' the dot product. #vectors #dotproduct
Vectors: The standard basis vectors in 3D explained using definitions and visuals. #vectors #visuallearning
Thank you so much @ArtOfSMW! This is beautiful and stunning as always! I'm always so happy to receive a piece of your work and so thankful to know you as a person! #MLP #Vectors
Today I learned an experimental Rust vector feature: extract_if โจ ๐ฆ Docs: doc.rust-lang.org/std/vec/structโฆ ๐ Tracking issue: github.com/rust-lang/rustโฆ โฌ๏ธ Example below: splitting an array into evens and odds, reusing the original allocation. #rustlang #vectors #language #programming
In response to: x.com/mathsproofs/stโฆ Partial Derivatives of Vectors, Defined. #vectors #derivatives #calculus
Continuity and Differentiability (Clear, Compact Guide) Read blog post here: geometricbites.blogspot.com/2025/11/continโฆ #calculus #differentiation
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