Scalar or Vector: How to Classify Important Quantities in Scientific Research?

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The discussion focuses on classifying various physical quantities as either scalars or vectors. The classifications provided include temperature, speed, volume, work, area, and mass as scalars, while acceleration, velocity, displacement, and force are identified as vectors. There is a correction noted regarding the electric field, which is confirmed to be a vector quantity. The classifications emphasize the importance of understanding the nature of these quantities in scientific research. Accurate classification is essential for proper application in physics and engineering contexts.
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Homework Statement


Classify each of the following quantities as scalar(s) or vector(v):
Temperature
Speed
Acceleration
Volume
Work
Area
Mass
Electric Field
Velocity
Displacement
Force

Homework Equations


none

The Attempt at a Solution


Temperature - scalar
Speed - scalar
Acceleration - vector
Volume - scalar
Work - scalar
Area - scalar
Mass - scalar
Electric Field - scalar
Velocity - vector
Displacement - vector
Force - vector

P.S
 
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Paymemoney said:

The Attempt at a Solution


Temperature - scalar
Speed - scalar
Acceleration - vector
Volume - scalar
Work - scalar
Area - scalar
Mass - scalar
Electric Field - scalar
Velocity - vector
Displacement - vector
Force - vector

P.S

Electric field is a vector quantity if I recall properly.
 

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