A baby panda is sliding down on a snow-covered hill as shown below. (Assume no friction...

 

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A baby panda is sliding down on a snow-covered hill as shown below. (Assume no friction and that the panda is initially moving in the positive x-direction) 78.0 1. Find the acceleration of the panda in the x-direction. 2. What is the velocity of the panda after traveling 4.00 m if it is initially moving at 1.60 m/s? 3. Plot the Position vs. Time graph for this problem. (Assume that the panda is initially at 1.00 m in the negative x-direction from the origin and make sure to supply appropriate numerical values.) A baby panda is sliding down on a snow-covered hill as shown below. (Assume no friction and that the panda is initially moving in the positive x-direction) 78.0 1. Find the acceleration of the panda in the x-direction. 2. What is the velocity of the panda after traveling 4.00 m if it is initially moving at 1.60 m/s? 3. Plot the Position vs. Time graph for this problem. (Assume that the panda is initially at 1.00 m in the negative x-direction from the origin and make sure to supply appropriate numerical values.)