206PiruBlood said:Does the variable m stand for time in this problem..? Do you know how to differentiate? Velocity is the position function's rate of change, and acceleration is the velocity function's rate of change.
A unit vector is a vector with a magnitude of 1 and is typically used to represent direction or orientation in a vector space.
A unit vector is typically represented by placing a hat ( ̂) symbol above the variable, such as ̂v, to indicate that it is a unit vector.
A regular vector can have any magnitude and direction, while a unit vector has a fixed magnitude of 1 and is used to represent direction or orientation.
The magnitude of a unit vector is always 1, so there is no calculation needed. It is simply denoted by ̂v.
Unit vector notation is important in science because it allows for the representation of direction and orientation in a vector space, which is crucial in many scientific fields such as physics, engineering, and mathematics.