Answer:
The velocity could be in any direction, but the acceleration is in the direction of the resultant force.
Explanation:
The ball (assuming that we can treat it as a point mass) must obey Newton's 2nd Law, that states that the acceleration produced by a force, is proportional to the applied force, being the mass the proportionality constant.
As the force is the vector, and the mass an scalar, the acceleration vector must be in the same direction as the force vector.
Velocity, instead, can be in any direction: When an object is speeding up is in the same direction as the acceleration, while if it is slowing down, it has just the opposite.
The true statement should be The velocity could be in any direction, but the acceleration is in the direction of the resultant force.
This law is applied at the time when the acceleration generated by a force, is proportional to the applied force, being the mass the proportionality constant. Since the force should be considered as the vector, and the mass an scalar, the acceleration vector must be in the similar direction as the force vector.
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