tandoorichicken Messages 245 Reaction score 0 Thread starter Feb 8, 2006 #1 How would one describe the acceleration (linear and angular) if the velocity is constant but direction is constantly changing, i.e., circular motion?
How would one describe the acceleration (linear and angular) if the velocity is constant but direction is constantly changing, i.e., circular motion?
Fermat Homework Helper Messages 864 Reaction score 1 Feb 8, 2006 #2 If the velocity (circumferential speed) is constant and motion is in a circle, then the acceleration is called centripetal acceleration. Since the velocity is constant, then there is no linear (i.e. tangential) acceleration, or angular acceleration. Is that what you were asking about?
If the velocity (circumferential speed) is constant and motion is in a circle, then the acceleration is called centripetal acceleration. Since the velocity is constant, then there is no linear (i.e. tangential) acceleration, or angular acceleration. Is that what you were asking about?
tandoorichicken Messages 245 Reaction score 0 Feb 8, 2006 #3 Thanks fermat, so this means that both angular acceleration and the tangential acceleration = 0?
Fermat Homework Helper Messages 864 Reaction score 1 Feb 8, 2006 #4 If the peripheral velocity is constant,then that's right, yes.