Because it is hard in a scientific field to accurately record all information at the same time. Heisenburg's uncertainty principle is an example of this unknown. We have use what we know to solve the unknowns in the problems.
Physics leaves parts out because they expect you to know certain things beforehand. Constants like gravity, the speed of light, or the speed of sound won't always be fully explained. Even though in reality, they never leave anything out, that's just what you tell us to make us think physics has to be harder than senior math even though it's the exact same thing.
The problems some time don't have all informations. So we have to use what we know to transelte what the poblem is trying to mean. Then you'll can soluve your problem.
It is hard to get all the information so we must figure the variables out. The heisenburgs uncertainty principle explains the unknown parts. It makes people use what they know and figure it out.
5 comments:
Because it is hard in a scientific field to accurately record all information at the same time. Heisenburg's uncertainty principle is an example of this unknown. We have use what we know to solve the unknowns in the problems.
Physics leaves parts out because they expect you to know certain things beforehand. Constants like gravity, the speed of light, or the speed of sound won't always be fully explained. Even though in reality, they never leave anything out, that's just what you tell us to make us think physics has to be harder than senior math even though it's the exact same thing.
The problems some time don't have all informations. So we have to use what we know to transelte what the poblem is trying to mean. Then you'll can soluve your problem.
It is hard to accuratle record all teh info. Unlike math where it gives you all the info. That is why physics is harder.
It is hard to get all the information so we must figure the variables out. The heisenburgs uncertainty principle explains the unknown parts. It makes people use what they know and figure it out.
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