A vector quantity has both magnitude and direction, such as velocity or force.
A graphical representation used to describe direction and magnitude.
A scalar quantity has only magnitude and no direction, such as speed or temperature.
A quantity that is measured in newtons.
A vector quantity has both magnitude and direction, such as velocity or force.
A scalar quantity with only magnitude.
A measurement of time without direction.
A simple numerical value without any vector properties.
Acceleration and force.
Temperature and mass.
Velocity and displacement.
Force and tension.
Mass and time.
Acceleration and force.
Temperature and length.
Volume and density.
A vector is represented by an arrow; the length represents magnitude, and the arrow points in the direction.
As a simple line without direction or magnitude.
With a pie chart indicating magnitude.
In numerical form without any graphical element.
Speed is a vector quantity, while velocity is a scalar quantity.
Velocity and speed are the same; both have direction.
Speed is a scalar quantity, while velocity is a vector quantity with magnitude and direction.
Speed has direction, whereas velocity only has magnitude.
Generally, scalar quantities can't be negative, except for temperature (in Celsius) or potential energy levels.
All scalars are always positive, without exception.
Scalar quantities can be negative when involving mass.
Scalars are always negative when measuring temperature.
The vectors sum up to zero in all cases.
Vector addition is not possible; only scalar values can be added.
They form a scalar quantity equivalent to the total magnitude.
When vectors are added, their magnitudes and directions combine to form a resultant vector.
The directionality of a vector.
Only the scalar portion of the vector.
Magnitude refers to the size or length of a vector.
Magnitude is irrelevant to vector analysis.
Distance measures direction and magnitude, so it is a vector.
Distance is not a quantity that fits in scalar or vector descriptions.
Distance is a scalar quantity because it only has magnitude, not direction.
Distance is a vector because it considers the path taken.
Displacement is a vector quantity because it includes both magnitude and direction.
Displacement only refers to magnitude, hence a scalar.
Neither; displacement is directionless.
Displacement only considers the path's length, not direction.
A vector representing only direction without a magnitude.
A resultant vector is the single vector that has the same effect as the combined vectors it represents.
It measures the total length of all vectors involved.
An unrelated term, not used in vector calculation.
Subtract the smaller vector from the larger one.
Use the Pythagorean theorem to calculate the magnitude: c = √(a² + b²).
Combine the vectors end-to-end to see the resultant.
Only calculate each vector's magnitude separately.
Distance is the total path traveled (scalar); displacement is the straight-line distance starting from the initial to the final point (vector).
Both describe the same concept with different units.
Distance ignores the path taken; displacement considers every turn.
There is no difference; both are scalar values.
Days for time analysis.
Vectors often use units like meters per second (m/s) for velocity or newtons (N) for force.
Kilograms for mass description.
Liters for volume measurement.