Spring pendulum?
Can anyone help me with a)-c)?
Determine amplitude?
I've understood everything so far, but I don't know how to get the highlighted digits below in exercise C). If I divide by 5m, where does 4c come from? And for u, how do I get the highlighted result? Thank you very much.
Is the formula for mass correct?
Hello. The physics problem inserted above is about oscillations. My submission partner and I disagree as to whether the formula and therefore the resulting result is correct. Could someone who is knowledgeable in physics take a look at it? Thank you!
Body moves through weight position?
Hello, Can anyone help me here? The motion of a harmonic oscillator is described by the oscillation equation x(t)=0.2cos(4pi•t), where x(t) is given in units m and t in units s. task: Determine the first two points in time at which the body passes through the equilibrium position, i.e. at which the deflection = 0.
Python and physics: Harmonic oscillator graphically up to n= 4?
I'd like to review the lectures I took at university. We were on the topic of harmonic oscillators, and I'd like to create a plot that looks something like this. However, up to n=4. So once the stationary (psi_n(x)) and once the probability of residence |psi_n(x)|^2 The parable is meant to represent the potential. The…
Who knows about calculating harmonic oscillations?
Hello, Our teacher wrote this calculation on the board, but unfortunately, I have no idea where all these units come from or what they are. The formula book doesn't even begin to explain this calculation method. Could someone explain to me how this works or what I need to know about it? where does the…
Does a vibration exist?
Can anyone solve 1)? I don't understand it.
Does resonance occur in the case outlined?
And if so, why?
How do I calculate the acceleration of a spring pendulum at the time of greatest elongation?
So I know how to calculate the acceleration, but what is meant by “at the time of greatest elongation”?
How do you draw a wave at time t?
I have problems with the following task, Since I don't fully understand how to proceed:
Different measurement with spring pendulum?
Hello everyone, We're currently studying harmonic oscillations in our advanced physics class. I'm currently asked to explain how the three different series of measurements for the same spring could have occurred. Below you can see the series of measurements, and further down I've also presented them graphically. Could someone please explain this to me? I…
Determine natural frequency?
Hello everyone, I was supposed to graphically represent these three measurement series in subtask a). Now, using the graph (see below), I'm supposed to determine the natural frequency of the spring pendulum. How do I go about this? Which of the three measurement series graphs shows the natural frequency, and where can I find it?…