Ryan Thunder wrote:
Yeah I've taken physics tests that weren't too bad. They'd give me a reference sheet with the equations on it, but no indication as to which was for what. That was a reasonable compromise, I thought. They still get to assume that you're just waiting for any possible opportunity to cheat without any proof whatsoever (lol if they tried that in court), but with the reference to jog your memory it's not a totally worthless indicator of your understanding of the concepts. The prof was like "holy shit you got a 90 on my midterm". Then I discovered I can't do anything more complex than basic calculus.
There's still the issue of just forgetting something or having a brain fart and confusing two equations. You won't have time to know for sure.
Ok... here's the question. At what level of physics do you think an inability to memorise the equations but understand the concepts of physics would suffice to show that you have a basic understanding of it?
Ohm law essentially IS an equation. So's is Newton law of gravitation.
And this ignores the standard conceptualisation questions like the infamous drop the ball down the planet question.
If you don't understand or memorise the equation in the first place, even giving you the bog standard equation is not going to aid you in answering that.
I'm sure that at certain levels, the complexity of the equation will mean that its would be easier for you to understand the concept rather than memorise the equation, but even for the "You can't know the exact location of a particle or its momentum in quantum physics", if you didn't know that the equation was an imaginery number which expanded on the graph gave you the answer that momentum= positive infinity to negative infinity(as defined by the area its applied to) when location=x, you STILL needs to know what the equation roughly looks like to understand that concept.
A lot of fields use memorized facts and what not as a basis for critical thinking in their jobs. I've had to memorize thousands of anatomical facts and hundreds of medicinal factoids along with other things, sheer memorization of procedures too, in a health care setting. Most of my tests to go for memorized facts, and then extrapolate from there into scenarios. Testing for a knowledge base isn't a bad thing, per say, if they go on to test how you critically think the next steps.
To give an example of how memorised facts/scenarios works in the field, here's a real case that just happened to me.
I had a patient undergoing chemotherapy via a peripheral continous intravenous infusion, the end of the IV line developed a red rash.
What are you going to do?
The two standard scenarios we learnt was that based on the issue of phlebritis and chemotherapy extravasation. Did we have to go look stuff up? Yeah, to confirm that the drug in question was an irritant that could have caused the redness even if it didn't extravastate. But if you simply DON"T have the memorised facts on hand, one simply can't compare and contrast the situation to determine which caused the redness. And the wrong answer could mean losing your hand.
So pray tell, Ryan, do you still think that memorised answers and what you would do scenario questions in an exam is still worthless? Its worthless only if the person is unable to translate thought into action, something that isn't tested in written exams but in projects and job training/assignments.
Let him land on any Lyran world to taste firsthand the wrath of peace loving people thwarted by the myopic greed of a few miserly old farts- Katrina Steiner