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Explain the Vector Addition of Velocity
Of course the velocity is relative to how you indicate the position d. If you are moving in water that is itself moving, then your full vg is the resultant of the sum of your motion v1 in the water and the water's motion v2. Your velocity as seen from the shore is vg = v1 + v2.
Velocity can also be resolved into x and y components like any other vector. Sometimes it becomes convenient to resolve the velocity into radial and tangential components. v = vr + vt
Acceleration a is a vector which shows how fast velocity changes over a time interval.
A = Δv / Δt
Acceleration can also be resolved into x, y components, or radial and tangential components.
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