In the simulation above the red ball's motion is always the same, while the blue ball's motion can be modified by changing the value of its acceleration (that is set by the slider). Note that for each part of this question you can use the simulation to help guide you, and in some cases to check your answer, but you should calculate numerical answers based on principles of physics rather than taking numbers directly from the simulation. (a) What would the blue ball's acceleration have to be for the blue ball to win the race by a distance of 15.0 meters? This may not be possible to achieve, given the upper limit of the slider in the simulation, but you can still work out the answer.

In the simulation above the red ball's motion is always the same, while the blue ball's motion can be modified by changing the value of its acceleration (that is set by the slider). Note that for each part of this question you can use the simulation to help guide you, and in some cases to check your answer, but you should calculate numerical answers based on principles of physics rather than taking numbers directly from the simulation. (a) What would the blue ball's acceleration have to be for the blue ball to win the race by a distance of 15.0 meters? This may not be possible to achieve, given the upper limit of the slider in the simulation, but you can still work out the answer.