#vectorsUnmoderated tagAll postsTrendingHotNewPromotedPayoutssimplestack in #algorithms • 2 years agoHow To Know If Two Vectors Are Colinear? (Python)“Collinearity of vectors is the silent language of geometry, where lines speak in unison and points align with purpose.” — Unknown In the excitmes in #hive-111030 • 4 months agoReview of Vector Functions – Concept CheckIn this video, I go over the concept check review from the end of the vector functions chapter in my calculus book. I cover vector functions, space curves, their derivativmes in #hive-111030 • 4 months agoReview of Vector Functions Chapter – Concept Check & True-False QuizIn this video, I go over the concept check questions and true-false quiz as part of the review on the vector functions chapter from my calculus book. Theremes in #hive-111030 • last monthProblems Plus 6: Cable wound around a spoolIn this video, I calculate the height covered by a coil of cable of known length around a spool, counting only the portion of the height that includes a full loop.mes in #hive-111030 • last monthProblems Plus 5: Launch Angle of 56° maximizes TOTAL distance a projectile travelsIn this video, I show that firing a projectile has a maximum total distance traveled in the air when the launch angle is approximately 56°. This ismes in #hive-111030 • 6 months agoTangential and Normal Components of Acceleration as Derivatives of Position Vector + ExampleIn this video, I rmes in #hive-111030 • 4 months agoVector Equation of a Tangent Line on a Space CurveIn this video, I go through obtaining the vector equation of a tangent line to a space curve, by replacing the parallel vector with the tangent vector from the general vectomes in #hive-111030 • 4 months agoReview of Vector Functions – True-False QuizIn this video, I go over the True-False Quiz at the end of the chapter on vector functions from my calculus book. There are 14 questions, and I cover vector equations of lines, parabolas, dmes in #hive-111030 • 2 months agoProblems Plus 4: Curvature from Parametric Equations that involve IntegralsIn this video, I show how to obtain the curvature of parametric equations that involve integrals, by first utilizing the fundamental theomes in #hive-111030 • 2 months agoProblems Plus 3: Physics of a Ball Rolling Off a TableIn this video, I go over the physics of a ball rolling off a table and determine how far it falls, the angle and speed it bounces with, and the distance it tmes in #hive-111030 • 2 months agoProjectile aimed at a target downrange will always hit when dropped and fired at the same time!In this video, I show that firing a projectile while aiming at a distance target downrange and dropping it at the same time will always cause the projectmes in #hive-111030 • 2 months agoVector Functions: Problems PlusIn this video, I go over the end-of-chapter Problems Plus questions and solve 7 very advanced problems on vector functions. Three of the quesmes in #hive-111030 • 2 months agoProblems Plus 1: Projectile fired from the originIn this video, I examine projectile motion launched from the origin and show that the projectile will always lie within a parabola defined by lmes in #hive-111030 • last yearExample 7: Using Computers (GeoGebra) to Draw Space CurvesIn this video I graph out several complicated space curves using GeoGebra's amazing 3D grames in #hive-111030 • 7 months agoExample 2: Velocity and Acceleration of an Object moving in 3DIn this video, I go over an example of obtainingmes in #hive-111030 • 10 months agoThe TNB Frame: Normal and Osculating Planes + Example on a Circular Helix In this video, I go over the TNB Frame for space curves and their associated Normal and Osculating Planes, wmes in #hive-111030 • 10 months agoParameterizations and Arc Length FunctionIn this video, I show thatmes in #hive-111030 • 10 months agoCurvature of a Plane Curve y = f(x) + Example on a ParabolaIn this video, I go over the curvature of the special case of a plane cumes in #hive-111030 • 6 months agoExample 4: Newton's Second Law of Motion and Centripetal ForceIn this video, I go over the vector version of Isaac Newton's 2nd Law of Motion, whimes in #hive-111030 • last yearExercise 2: Proof of Formula 1: Derivative of Addition of Vector FunctionsIn this video I go over Formula 1 of the diff
