<center style="color: rgb(68, 68, 68); font-family: latoregular, Tahoma; font-size: 16px;">Momentum = mass • velocity</center>In physics, the symbol for the quantity momentum is the lower case p. Thus, the above equation can be rewritten as
<center style="color: rgb(68, 68, 68); font-family: latoregular, Tahoma; font-size: 16px;">p = m • v</center>
Best Reply so far in the thread
In a sporting event like football....the mass of a play(s) x Velocity (elapsed time) can either initiate new momentum OR slow current opposing momentum.
So a TOUCHDOWN (6 pts) delivered within just a few seconds or a couple minutes does the above moreso than say, a 15 yd non-scoring run on your end of the field.
That *new* momentum might be accelerated by more positive events in a shorter amount of time.
Or it might be *reversed* if the opponent delivers their own event...or series of events.
Fair to say that most broadcasters overly employ the word "momentum" by assigning momemtum shifts to just one or two positive events.....when those admittedly positive events are far outweighed by opponents' much larger stack
So one team crushes in first half....rolls up a 24-0 lead. Announcers rightly declare, "Team A has all the momentum!"
Second team opens second half with two scores to make it 24-10
Announcers declare, "Team B has all the momentum now!"
But in fact, since the overall contest has a finite time limit, Team A may be allowing some movement and even mildly conceding a couple scores in exchange for burnt clock.
Thus they have not *lost* momentum....they are simply managing the hand they have created. If Team B fails to complete the rally, it is suggested "They lost their momentum"....but in fact they just ran out of time.
In all such discussion, momentum was real.
The challenge is Who will create and maintain the most consistent level of forward momentum during the 60 clock minutes. In nearly all cases, that team wins the final score