You cannot, unless it is a null vector.
As a point.
If a quantity does not have a direction, its a scalar quantity, not a vector quantity.
A vector is represented graphically as an arrow. The direction indicates the direction, the length is proportional to the magnitude of the vector. Note that it is difficult to accurately represent vectors of 3 or more dimensions on a 2-dimensional sheet of paper.
A vector is a quantity with magnitude and direction. Since force has magnitude and direction, it is a vector
true
True
If a quantity does not have a direction, its a scalar quantity, not a vector quantity.
A vector is represented graphically as an arrow. The direction indicates the direction, the length is proportional to the magnitude of the vector. Note that it is difficult to accurately represent vectors of 3 or more dimensions on a 2-dimensional sheet of paper.
By an arrow, a vector. Velocity is a vector quantity that must have both magnitude (speed) and direction (bearing).
Magnitude of the force.
A vector is a quantity with magnitude and direction. Since force has magnitude and direction, it is a vector
true
True
A force is a vector - in two dimensions, you can represent it on paper as an arrow. Such vector/arrows have a size, and a direction. The size is usually called the "magnitude".
The length represents the magnitude or distance from the origin.
The magnitude of the vector
it can be described in both. when graphically, it will be represented by an arrow in the direction of the vector and have the magnitude either written by it or you will have the arrow drawn to scale for the magnitude (length) of the arrow. numerically, you can break it down into its x, y, and z components and put them in from of i, j, and k respectively. ex a vector with x component of 3, y component of 2 and z component of 4 can be written as 3i +2j +4k
It is a vector whose magnitude is 1.It is a vector whose magnitude is 1.It is a vector whose magnitude is 1.It is a vector whose magnitude is 1.