In classical physics, it is not possible for an object to have both zero velocity and infinite acceleration in any direction simultaneously. This scenario violates the fundamental principles of motion.
Acceleration is the rate of change of velocity. If the velocity is zero, meaning the object is not moving, then by definition, the acceleration must also be zero. Acceleration is only meaningful when there is a change in velocity over time.
In physics, infinite acceleration is considered a theoretical concept that implies an abrupt and instantaneous change in velocity. However, in reality, such infinite accelerations are not observed.
It's important to note that these concepts are based on classical physics and may not necessarily apply in certain extreme scenarios, such as those involving quantum mechanics or relativistic effects. However, for everyday objects and scenarios governed by classical physics, zero velocity and infinite acceleration in opposite directions cannot coexist.