Glad to hear that you found the solution based on the very artful hint from @jonaslalin! Would you also do us a favor and edit your post to remove the solution source code? The course rules are that we shouldn’t be publicly sharing solution code or it spoils everyone’s fun. Thanks!
Hi, @hazhor! Sure, it does definitely make it easier to help when we can see the code, so maybe the best idea is to reserve that for the difficult cases and also to make sure we erase the evidence once we’ve figured out the issue. Mind you, this example probably does qualify as a “difficult case”, since the effect on the answer between your solution and the fully correct one is pretty subtle .
I had the same issue and my initial results were identical. Seeing your post made me realize I wasn’t completely losing it! “Balance has been restored in the force”. Thanks!
Hi @hazhor
I am getting the exact same error and I understood that it has something to do with the value of epsilon. But then again I cannot change the value of epsilon as it is being passed from the test function and is immutable. What should I do?
Thanks,
Kshitij Sharma
I’m not sure if everyone else had the same problem as @kshitijsharma, but please pay attention to the position of epsilon in the formula. The image is a bit small in the notebook:
In the lecture video, this was still the issue. Epsilon was squished on the side. Is it possible to write the equations on the Jupiter notebook a little bigger?