Friday, May 30, 2008

Study physics......

Mass = what we need to study/information

Displacement = Different ways of studying have different distances. However, the displacement is still the same because what we’ll achieve in the end is the same.

Time = Time la……

Velocity = Displacement/Time
Thus, velocity is the speed of studying……Time here is the time taken to achieve what you want, generally means finish what you have to study (But that’s impossible because time is usually running out when we start to study). However, if your way is good enough, you will take short time to finish all your studies……

Acceleration = Velocity/Time
Hence, as time decreases, acceleration increases. We only start to study when exam is near, so we don’t have enough time to study. Therefore, we’ll naturally speed up just to hope that we can finish the whole book in time (This is normally an impossible task for a last minute student).

Force = Mass x Acceleration
A small and moderate force can be defined as motivation. HOWEVER, our studying acceleration INCREASES like hell due to last minute study… Furthermore, we have lots of things that we need to study, because we pushed everything to the last minute (Mass = what we need to study)… A high acceleration and a large mass will produce a very LARGE force, not a small or moderate one… A large force produced can be defined as FORCING OURSELVES TO STUDY.

Pressure = Force/Area
Thus, as force increases, pressure increases. With the large force we are experiencing, the pressure will also increase.

So Pressure =
Displacement
_______________ X Mass
Time x Time
______________________
Displacement x Displacement

Thus, pressure=
Mass
_________________________
Time x Time x Displacement

To reduce the pressure,
1. We can decrease what we have to study (Study nothing means you’ll have zero pressure).

2. We can increase our time to study. Time is a very important factor, since time is to the power of 2……Try to study as early as possible (But that’s impossible…), so that we have enough time to study what we have to study.

3. We can’t change the displacement since it is a constant, what we aim to achieve is the same (although most of the time we failed).

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