Scalar and vector

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the differences between distance and distance are shown in two tables, each with different numbers

Difference between distance and displacement is that distance is the scalar quantity, While displacement is the Vector quantity.

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three different types of magnets and their uses in physics, including the magnetic field

This document discusses scalar and vector quantities in physics. It defines scalars as physical quantities that have magnitude but no direction, while vectors have both magnitude and direction. Examples are given such as distance, time and mass for scalars, and displacement, velocity and force for vectors. The document then explains how to add scalar and vector quantities, noting that vectors are represented by arrows and can be added graphically by placing the arrows head to tail. It…

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a paper with some writing on it

Tags: #quantities #scalarquantities #vectorquantities #scalar #vector #egofscalar #egofvector #physics #distance #displacement #acceleration #current #m/s #joule #pascal #kg #resistance #temperature.

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a line that is parallel to the other side of a plane and has two points on it

The vectors can be added, subtracted or multiplied with one another. Addition of vectors, difference of vectors, multiplication of a vector by a scalar, product of vectors, etc. are called vector operations. Learn more...

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the diagram shows two different types of cars

Physical quantities can be classified into Scalar and Vector Quantities, A Scalar quantity is a physical quantity that can be fully defined by its magnitude only and it has no direction while a Vector quantity is a physical quantity that can be fully defined by both magnitude and direction.

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a number line with numbers on it and the word scalas, vectors and quantities

Understanding Scalar and Vector Quantities Physical quantities can be grouped into scalar quantities and vector quantities. Above Figure shows a truck travelling a distance of 50 km in the eastward direction. We describe the journey of the truck by stating the magnitude and the direction of its travel: (a) The magnitude is 50 km. (b) […]

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