Motion Diagram With Velocity Vectors. Connect the dots in the motion diagram with velocity vectors to show the direction of motion and whether velcolity is increasing decreasing or constant. Construct the acceleration vector from the vector delta v as we did in class.
The motion diagram also includes a set of arrows representing the velocity of the object over the course of the motion. Draw a vector representing a velocity of 1 m s south. Since the velocity vectors always point in the positive direction the velocity is always positive.
Determine the vertical component of the velocity at the.
We can now describe the velocity of the car. By knowing both the velocity components of the total vector we can calculate the angle of the velocity vectors as follows. Connect the dots in the motion diagram with velocity vectors to show the direction of motion and whether velocity is increasing decreasing or constant. A volleyball is served up and to the right at an angle 30 circ with a speed of 24 3 m s as seen below.
