2) You are a passenger in a car heading North from "Neptune's net". During your acceleration, you observe fuzzy dice hanging from the mirror at an angle of 20 deg. a. Draw the free-body diagram for the dice hanging from the mirror. Show the tension (T) and the force on the dice due to gravity (Fe). Tx P b. Determine the Tension (T) as a vector. Tv Tsin (20) Tx = T COS (20) T= Tx __ i + __Ty c. Summing the forces in the x and y direction, determine the acceleration rate of the car. Fg + T=ma d. Draw a vector diagram of g & a. What is the angle between vector (g+a) and g?

2) You are a passenger in a car heading North from "Neptune's net". During your acceleration, you observe fuzzy dice hanging from the mirror at an angle of 20 deg. a. Draw the free-body diagram for the dice hanging from the mirror. Show the tension (T) and the force on the dice due to gravity (Fe). Tx P b. Determine the Tension (T) as a vector. Tv Tsin (20) Tx = T COS (20) T= Tx i + Ty c. Summing the forces in the x and y direction, determine the acceleration rate of the car. Fg + T=ma d. Draw a vector diagram of g & a. What is the angle between vector (g+a) and g?