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Scalar and vector quantity pdf >> DOWNLOAD

Scalar and vector quantity pdf >> READ ONLINE

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Displacement, velocity, acceleration, and force are all vector quantities. With vector quantities, the size or magnitude of the quantity must be specified along with
c C. M. Jenkins, Dept of Physics, U. of South Alabama 1 Vectors Some quantities require just a number to describe them. Volume: This is a one liter coke.

A quantity which is completely described only when both their magnitude and direction are specified is known as vector. Examples of vector are force, velocity,
2.1 Scalars and scalar quantities. 2.2 Vectors and vector quantities. 2.3 Representing scalars and vectors. 3 Introducing vector algebra. 3.1 Scaling vectors.
Scalar quantities are completely described by magnitude only (temperature ). Vector quantities need both magnitude (size) and direction to completely describe

Such quantities are called vectors. If you say that a car is traveling at 90 km/hr, you are using a scalar quantity, namely the number 90 with
A vector is a quantity which has both magnitude and direction. The magnitude of a vector is a scalar. Examples: Displacement, velocity, acceleration, electric.
The work is a scalar quantity and takes into account only that component of the force that acts along the displacement. 1.6. Vector components and component’Quantities which require both magnitude and direction for their complete specification are called vectors’. Example for vector quantities: momentum, force, torque,
The work is a scalar quantity and takes into account only that component of the force that acts along the displacement. 1.6. Vector components and component’Quantities which require both magnitude and direction for their complete specification are called vectors’. Example for vector quantities: momentum, force, torque,