Although I agree with your statement, a doctor will not be able to describe the experience and results of taking such sort of medication. I am not looking for a prescription or advice, just whether or not someone has noticed improvement in their test scores after taking anxiety pills. I am sure...
Hello, has anyone here had anxiety issues when taking tests before and noticed a difference in performance after taking medication? I have pretty bad anxiety before my exams, and find myself making very little mistakes that still show I understand the material. For example, when asked to...
Hello, I was asked by my professor today to graph the motion, as well as the energies, of a spring that undergoes driven and/or damped oscillation; however, I was unable to because I do not have a very good idea of how they work. Can someone explain to me, qualitatively, what it means to have a...
Thank you for your reply. Unfortunately, those links provided only little help. I have yet to find a book or resource that explains torque, angular momentum, or conservation of momentum (just noticed it is wrong in the title). They all just state the equations and define what they mean. Any book...
Homework Statement
I am studying the topics listed above and have been having great difficulty getting my problems going. To explain, I am having difficulty seeing where the problem should go and attacking in that direction. I can draw out free-body diagrams but I can't see how to solve the...
I use Python for my physics class. It isn't too bad and slightly easy to pick up. In terms of classes, you should just teach yourself depending on how high level of programming you are looking for. If it's high, then take the classes.
Considering what you said, do you mind determining if my analysis of this problem is correct? A thin rod of length 2a has uniform density. The rod is centered at the origin along the x axis. Write an integral expression for the x and y components of the gravitational field at the point (x, y...
Homework Statement
After doing some general solution problems for the force of gravitation on various objects (rods, thin rings, semi-circles, etc), I have noticed that dM varies drastically. For instance on a rod, dM=(M/L)dr while for a semi-circle its (M/2*pi*r)*Rd(theta). I was not able to...
To be honest, I command of those problems is not where I would like it to be only because I did not take a respectable physics class in high school and jumped into honors in college. My weakness in general solution problems is in springs, circular motion, tension, and pendulum motion. I like...
I guess I should have explained that before. Here is an example: An object in the shape of a thin ring has radius Z and mass M. A uniform sphere with mass M1 and radius R is placed with its center at a distance x to the left of the center of the ring, along a line through the center of the ring...