Physics, 11.03.2020 21:34 amanduhhhh
To identify situations when position, velocity, and /or acceleration change, realizing that change can be in direction or magnitude. If an object's position is described by a function of time, rβ (t) (measured from a nonaccelerating reference frame), then the object's velocity is described by the time derivative of the position, vβ (t)=drβ (t)dt, and the object's acceleration is described by the time derivative of the velocity, aβ (t)=dvβ (t)dt=d2rβ (t)dt2. It is often convenient to discuss the average of the latter two quantities between times t1 and t2: vβ avg(t1,t2)=rβ (t2)βrβ (t1)t2βt1 and aβ avg(t1,t2)=vβ (t2)βvβ (t1)t2βt1.
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To identify situations when position, velocity, and /or acceleration change, realizing that change c...
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