Question

3 Sighihcant figures) in the blanks provided. 1. A jogger ran for 15 minutes at 4 mph in the direction 40 South of West. Then she stopped, turned to the East, and ran with a constant acceleration of 0.3 m/šfor 1 minutes. She stopped again, turned, and ran back to the gym with a constant velocity. In all, she spent 35 minutes running and jogging. What was her velocity (magnitude and direction) as she was running back to the gym? i) Draw a diagram to show all relevant quantities magnitude @ direction - (x-component- ii) Write the vector of the first leg of her trip as: y-component = iii) write the vector of the second leg of her trip as: magnitude @ direction = ????????? (x-component - ;y-component- iv) Write the vector of her total displacement in the first two legs of her trip: (x-component-y-Ccomponent) magnitude @ direction v) Write the vector of her velocity as she is running back: magnitude @ direction