No. A physical quantity having magnitude and direction will be a vector only if it obeys the laws of vector addition. Some laws of vector addition are; Triangle Law of Vector AdditionParallelogram Law of Vector AdditionPolygon Law of Vectors
What is the magnitude of component of a vector right angle to itself? Can the resultant magnitude of two vectors be smaller than the magnitude of either vector? For two vectors, can A×B=0 and A.B=0 simultaneously act? Is (i+j) a unit vector? If the scalar product of two vectors is equal to the magnitude of their vector product, find the angle between them. If a vector has zero magnitude, is it meaningful to call it a vector? SearchSearchCall of Duty: Modern Warfare 3 (2023) System Requirements Devil Fruits and their Types in the World of One Piece One Piece Bounties [Ranked] Counter-Strike 2 System Requirements VALORANT System Requirements Google Jujutsu Kaisen Naruto One Piece System Requirements Watch Guide We use cookies to improve your experience on our website Accept Decline
Can the resultant magnitude of two vectors be smaller than the magnitude of either vector? For two vectors, can A×B=0 and A.B=0 simultaneously act? Is (i+j) a unit vector? If the scalar product of two vectors is equal to the magnitude of their vector product, find the angle between them. If a vector has zero magnitude, is it meaningful to call it a vector? SearchSearchCall of Duty: Modern Warfare 3 (2023) System Requirements Devil Fruits and their Types in the World of One Piece One Piece Bounties [Ranked] Counter-Strike 2 System Requirements VALORANT System Requirements Google Jujutsu Kaisen Naruto One Piece System Requirements Watch Guide
For two vectors, can A×B=0 and A.B=0 simultaneously act? Is (i+j) a unit vector? If the scalar product of two vectors is equal to the magnitude of their vector product, find the angle between them. If a vector has zero magnitude, is it meaningful to call it a vector?
Is (i+j) a unit vector? If the scalar product of two vectors is equal to the magnitude of their vector product, find the angle between them. If a vector has zero magnitude, is it meaningful to call it a vector?
If the scalar product of two vectors is equal to the magnitude of their vector product, find the angle between them. If a vector has zero magnitude, is it meaningful to call it a vector?