This post categorized under Vector and posted on January 30th, 2020.

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Since force is a vector the electric field too is a vector quanvectory. The electric potential however is not a vector. The electric potential is the amount of electric potential energy that a unitary point electric charge would have if located at any point in vectore and energy is a scalar quanvectory. Electric potential is a pure Scalar quanvectory The reason is as follows. The Electric Potential is defined as the amount of work-done per unit positive charge to bring from infinity to that point under the influence of the primary charge only. UW In this article learn what are Scalar and Vector fields.We know that many physical quanvectories like temperature electric or gravitational field etc. have different values at different points in vectore for example the electric field of a point charge is large near the charge and it decreases as we got farther away from the charge.

Network Theory Is Current a Scalar or a Vector Quanvectory Topics discussed 1. Previous lectures homework problem solution. 2. Discussion on why current is a scalar quanvectory Follow Neso Academy Electric flux is a scalar quanvectory because its the dot product of two vector quanvectories electric field and the perpendicular differential area. This is written in terms of differentials as d no electric field is not a potential field .ELECTRIC FIELD IS A SCALAR QUANvectorY WHERE AS POTENTIAL IS THE VECTOR QUANvectorY. NO SCALAR QUANvectorY HAS A FIELD SO THERE IS NO RELATION BETWEEN ELECTRIC

Is magnetic field line scalar or vector quanvectory Asked in . Math and Arithmetic. Physics. Abstract Algebra. Is magnetic field line scalar or vector quanvectory Answer. Wiki User December 26 2013 3 Is electric charge scalar or vector quanvectory Unanswered Questions. What are the best RV parks in Maine What have you binge watched in the past month on Netflix What are some cheap but nice While quanvectories like displacement force velocity electric field magnetic field and acceleration etc. are examples of vector quanvectories. Conclusion So this discussion concludes that each and every quanvectory can be either scalar or vector depending upon whether it is concerning direction or not. The basic difference between scalar and vector quanvectory is that scalar quanvectory is described completely by its magnitude only while vector quanvectory is described by magnitude and direction. Speed energy power are few scalar quanvectory examples. Force velocity and acceleration are some vector quanvectory examples.