Hello guys, I hope you all are doing great. In today’s tutorial, we will have a look at Difference Between Scalar and Vector Quantity. Scaler is a quantity that is described with the magnitude while for a description of vector quantity there is need of both magnitude and direction. Both of these two are main classifications of quantities.
. In common these two quantities look similar but these completely difference. In today’s post, we will discuss both of them and find their differences. So let’s get started with Difference Between Scalar and Vector Quantity.
Difference Between Scalar and Vector Quantity
- Scalar quantity only tells about the magnitude, not direction.
- Its nature is simple.
- There is similar behavior is discuss for scalar in physics and math.
- This quantity shows on varied behavior for changing in the coordinate system
- If there is variation in the quantity it will vary the magnitude of that quantity.
- Scalar quantity can be divided into further scalar quantity.
- It is a one-dimensional quantity.
- It denoted with the symbol of quantity.
- Electric potential is a scalar quantity
- Distance between two points is scalar quantity in 3D space.
- Scalar change just magnitude change
- Math expression give just scalar
- This quantity can not be resolved
- Force is not scalar and charge density is scalar
- Examples of scalar are temperature, speed, charge, etc
- The physical items are mentioned in number form and with units.
- Scale is defined with multiple of quantity and units. For example 2 meter distance
- Scaler define with use of real numbers not with positive only
- These features also work for terms that have no dimensions
- It follows the basic rules of algebra.
- Vector quantity has both magnitude and direction.
- Its examples are displacement, force, velocity, acceleration.
- Vector can not be divided.
- Its nature is complicated.
- Change in a vector can cause in direction as well magnitude also both
- Math results of a vector can be scalar as well as vector
- These terms can be solved through the use of sine and cosine
- the formula for difference for two vectors is final- initial vector
- It denoted a bold symbol of quantity or arrow on the symbol of an arrow.
- It can be single, 2 or 3 dimensional.
- It follows the vector rule of algebra.
That is all about difference between scalar and vector quantity. If you have any query ask in comments. Thanks for reading. Have a good day.