Sirsh said:Is this in a 3D plain? {x,y,z} ?
Resultant acceleration is the combined effect of two or more accelerations acting on an object. It is the total acceleration that an object experiences due to these multiple accelerations.
Resultant acceleration is calculated using vector addition. This means that the individual accelerations are added together to find the total resultant acceleration. The calculation takes into account the magnitude and direction of each acceleration.
Resultant acceleration is the total acceleration an object experiences at a given moment, while average acceleration is the average rate of change of velocity over a period of time. Resultant acceleration takes into account all accelerations acting on an object, while average acceleration only considers the initial and final velocities.
Yes, resultant acceleration can be negative. This occurs when the individual accelerations acting on an object are in opposite directions, resulting in a decrease in the object's velocity. Negative resultant acceleration is also known as deceleration.
The resultant acceleration of an object can be affected by its mass, the magnitude and direction of the individual accelerations acting on it, and external forces such as friction or air resistance. The object's initial velocity and the time duration of the accelerations can also affect the resultant acceleration.