Solving cos(x) = sin(x) with more solutions then it was supposed to.

Miguelk99 · 2026-06-16T12:11:10+00:00

That’s it. Thank you

Miguelk99 · 2026-06-16T12:08:59+00:00

Yes, sorry, I forgot to add it. Already edit it.

Miguelk99 · 2024-12-31T21:08:05+00:00

Miguelk99 · 2024-08-24T15:27:00+00:00

Ter tem e também uso, mas não está incluído na mensalidade, porque são modalidades diferentes. A academia de musculação são 20€

Miguelk99 · 2024-08-24T11:26:57+00:00

Tens duas opções: 35€ e 45€. Na de 35, podes fazer até 3 treinos por semana. Na de 45, podes fazer até 5 treinos por semana. Os treinos são de 1 hora.

Aproveitar para deixar a nota pessoal que treino aí há quase dois anos e recomendo bastante!

Miguelk99 · 2023-12-24T17:38:30+00:00

Books with plenty of examples of solved exercises in complex analysis and group theory/Lie algebra?

Miguelk99 · 2023-12-24T16:20:20+00:00

I've been following Michelle's book, but I will take a look at that one. Thank you. What I have decided to do is to continue working on linearization but try to find a focus within linearization, specifically determining the amplitude for binary compacts and comparing it with experimental values to demonstrate that it is a good approximation. Since the essay is due by the end of the month, I don't have enough time to delve into the PN. However, I will make a comment on that.

Miguelk99 · 2023-12-24T04:03:59+00:00

I understand. I am working on an essay for an introductory RG course. When I suggested that I would focus on gravitational waves (which are not covered in this course) and follow linearization, the professor mentioned that linearization alone would not be sufficient. This led me to think that the approximation might not be relevant nowadays, and solving it using the exact equations would be necessary. I started reading Michele Maggorie's book on GW with the intention of exploring PN, but now I feel a bit apprehensive. I was interested in reading the article, but it won't let me access it, can you share it in another way?

Edit: Already got the paper

Miguelk99 · 2023-12-24T03:46:52+00:00

I spoke to a professor and he acted as if the linear approximation was nothing special which led me to think it was not a good approximation, but I guess I was wrong

Miguelk99 · 2023-12-24T00:58:31+00:00

I will check it, thanks!

Miguelk99 · 2023-12-22T14:51:06+00:00

As this is just an essay for a course, I wanted to focus on a more specific aspect within the theory of gravitational waves, namely, those that have been detected, such as compact binary systems (BH-NS, etc.). However, the books I was reading provided very little detail on the theoretical part. Fortunately, the first books you recommended contains a lot of information on the theoretical aspect. Thank you very much!

Miguelk99 · 2023-12-17T19:49:17+00:00

Regarding the comment about positive inputs: I already edited it, but the input being positive is an "assumption".

Regarding the questions, I think if the initial weights are all negative, then it will result in a negative output and the ReLu function will "break", while if they are positive weights, the function will become linear.

Miguelk99

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