Good morning! I have to work on a problem that I don't fully understand. I also posted it on nanolounge, but I haven't received a response yet. https://www.nanolounge.de/40782/beliebige-transversale-ektorwelle-elliptical-polarized I add my task and problem here Task: Here is my problem:
How can you tell which amplitude is higher/larger? We're writing a class test on it, and these kinds of tasks will be coming up. I'm not so sure anymore… Thanks for answers 😊
Hi, I need help understanding these slides. Has the trapezoidal pulse been transformed from the time domain to the frequency domain? And what's the envelope (worst case) all about?
Is my calculation even remotely correct?
Can someone verify if this is true using sound, amplitude and heart. Thanks! https://docs.google.com/document/d/1BlnWzsI30PiICl2_EupU8cllfMl1yPqYhonk_nLZC5w/edit?usp=sharing
Hello :), I'm really not good at biology, but I'm trying to improve and wanted to ask if someone could explain to me in an understandable way what amplitude and frequency coding is, I really have no idea yet. Many thanks to everyone who helps! (Please no unnecessary comments, thanks :)) Best regards, Lena 🙂
Hey, How can I represent the transfer function using simulation, e.g., in MATLAB? I've tried a few things, but I can't get a sinusoidal curve. Does anyone know the Matlab code for this? This should be the result if you use a KRKrit ≈ 3.4650:
Hello, Can anyone help with the following task? I would be very happy to receive helpful answers from you! Best regards
Hello, I'm currently studying for my physics exam using old exams and wanted to ask how to proceed with e) or if someone could calculate it for me. For b), I found the oscillation period of the spring oscillator to be 0.178 seconds. How do I now calculate the length of a harmonically oscillating string…
More specifically: How are the pitch and volume of a sound related to the frequency and amplitude? It's about oscillations and frequency and period length and so on. Anyone who can answer my other questions is always welcome! Thanks Below is the original task: