An object moves clockwise along the trajectory below (top view shown). The acceleration varies, but is always directed toward point K. a. On the diagram below, indicate the direction of the acceleration at each of the points A- G. Top view B G D E b. For each of the points A-G, state whether the object is speeding up, slowing down, or neither. C. On the diagram below, draw a velocity vector for each of the points A-G. The relative magnitudes of these vectors should be qualitatively correct. A Top view B G D K E F 6. Write a vector equation (e.g., D+E+F= 0) that relates the vectors A, B, and C shown at right. On the grid at right, draw a diagram that shows how to find the vector 7 that must be added to G to give the vector H. Clearly label this vector. 10 100 Ğ H

An object moves clockwise along the trajectory below (top view shown). The acceleration varies, but is always directed toward point K. a. On the diagram below, indicate the direction of the acceleration at each of the points A- G. Top view B G D E b. For each of the points A-G, state whether the object is speeding up, slowing down, or neither. C. On the diagram below, draw a velocity vector for each of the points A-G. The relative magnitudes of these vectors should be qualitatively correct. A Top view B G D K E F 6. Write a vector equation (e.g., D+E+F= 0) that relates the vectors A, B, and C shown at right. On the grid at right, draw a diagram that shows how to find the vector 7 that must be added to G to give the vector H. Clearly label this vector. 10 100 Ğ H