2011 Science
This morning's newpaper contained an article on making a success of New Year's resolutions. It had helpful hints about setting reasonable goals, establishing schedules and other logical means to achieve a desired end.
The article went on to explain that approximately 60 percent of New Year's resolutions die a quick death before the calendar reaches February, and that fewer than one-fifth of such attempts even remotely hit the mark.
That's a better average than I expected.
The problem with resolutions made at the new year or any other time is that they are very often quite difficult to accomplish and go against our own natures.
Like losing weight.
How easy could it possibly be for me to lose weight in 2011 when I have spent every year since 1952 consistently gaining weight?
Scientists can explain scientifically how difficult it is to stop the momentum of an object in motion. Mr. Hahn taught me this in high school physics with the simple equation, momentum (p) equals mass (m) times velocity (v).
P = mv.
In other words, if one has already achieved a significant mass and has been doing so at a relatively high speed, it is difficult or even impossible to reverse the momentum.
It's why fat kids are popular in the game of Red Rover but not in dodge ball, and why Oprah Winfrey now has her own TV network.
While this is a mechanical theory, I believe it may also be applied to human action, which explains why most New Year's resolutions fail.
Momentum cannot be changed by the object that is already in motion. Only a separate outside force applied to the object can cause the change.
In other words, a behavior with momentum is almost impossible to overcome by an internal force of will.
Worst of all, as mass increases equal momentum can be maintained even if the velocity begins to slow.
The fatter I get, the fatter I get without even trying!
For many, all that is needed is a small course correction. A little force applied here, a slight push there and we can be headed in the new direction.
But for those of us who need to make a full U-turn, it might be easier to repeal the laws of physics.

