Acceleration is classified based on its direction relative to velocity as positive acceleration (same direction as velocity), negative acceleration (opposite direction to velocity), or centripetal acceleration (perpendicular to velocity, in circular motion).
Acceleration is classified based on its direction relative to velocity as positive acceleration (same direction as velocity), negative acceleration (opposite direction to velocity), or centripetal acceleration (perpendicular to velocity, in circular motion).
During non-uniform motion, an object's velocity changes over time, meaning it can increase, decrease, or change direction. The rate of these changes varies, resulting in variable acceleration.
During non-uniform motion, an object’s velocity changes over time, meaning it can increase, decrease, or change direction. The rate of these changes varies, resulting in variable acceleration.
What is the SI unit of acceleration?
The SI unit of acceleration is meters per second squared (m/s²), representing the rate of change of velocity per unit of time.
The SI unit of acceleration is meters per second squared (m/s²), representing the rate of change of velocity per unit of time.
See lessHow is acceleration classified based on its direction relative to velocity?
Acceleration is classified based on its direction relative to velocity as positive acceleration (same direction as velocity), negative acceleration (opposite direction to velocity), or centripetal acceleration (perpendicular to velocity, in circular motion).
Acceleration is classified based on its direction relative to velocity as positive acceleration (same direction as velocity), negative acceleration (opposite direction to velocity), or centripetal acceleration (perpendicular to velocity, in circular motion).
See lessHow does the velocity of an object behave during non-uniform motion?
During non-uniform motion, an object's velocity changes over time, meaning it can increase, decrease, or change direction. The rate of these changes varies, resulting in variable acceleration.
During non-uniform motion, an object’s velocity changes over time, meaning it can increase, decrease, or change direction. The rate of these changes varies, resulting in variable acceleration.
See lessWhat is the change in velocity for an object in uniform motion over any time interval?
In uniform motion, the change in velocity for an object over any time interval is zero, as the object maintains a constant speed and direction.
In uniform motion, the change in velocity for an object over any time interval is zero, as the object maintains a constant speed and direction.
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