Recent content by K_Physics

I got it to work! Thanks for the help!

This code was just designed to output the value of M, which happened to be around 1.7361319160639026 from math import sqrt L = 50 M = 0.0 for i in range(-L,L+1): for j in range(-L,L+1): for k in range(-L,L+1): if not (i==j==k==0): M +=...

The idea behind it was, the function will take the argument L multiple times list = [] L = 0 while int(L) < 50: list.append(L) L = int(L) + 1 print(function(L)) This way we can get the M values with the corresponding L value. I want to point out that I am a beginner. So I may not...

The end goal of the code is to graph values of L and the corresponding value of M with the use of user-defined functions. Sorry if this was unclear. I didn't continue to plot, as the values of M produced were incorrect.

Initially I was calculating only one value. In this new code, I have to graph values of L from 1-50 with the corresponding M value. The issue is, none of the M values were correct after changing it into a user-defined function.

Homework Statement So currently I'm working with user-defined functions. Initially, the code inside the user-defined function worked but when I attempted to change it into a user-defined function, it produces incorrect values. Homework Equations No need for any equations The Attempt at a...

Homework Statement I've linked my data table down below. My problem is the relative intensity column. From the table, the units of relative intensity are w/m/s. I'm assuming this is power/velocity, where velocity is the speed of light. However, nowhere in the lab manual did it mention the...

Homework Statement Suppose a spherical loudspeaker emits sound isotropically at 10 W into a room with completely absorbent walls, floor, and ceiling (an anechoic chamber). (a) What is the intensity of the sound at distance d = 3.0 m from the center of the source? (b) What is the ratio of the...

Thanks for the help! I will try the question both ways =D.

Homework Statement String A is stretched between two clamps separated by distance L. String B, with the same linear density and under the same tension as string A. String B is stretched between two clamps separated by distance 4L. Consider the first eight harmonics of string B. For which of...