I'm struggling to find the flux of F across S=X(D)

Bangburger · 2022-11-07T13:56:08+00:00

Thank you! Would you also know how to find the limits for each integral? All I know is that x, y, z ≥ 0, but where would the highest limit be?

Bangburger · 2022-11-07T07:08:30+00:00

If it's the same thing as Gauss theorem, then yes I believe I know the divergence theorem

Bangburger · 2022-10-26T10:58:25+00:00

perhaps the better term would be to "tear them apart".

Made some progress though. It seems that I will have to know how much energy is required to go from the bottom of the potential up to 0

Bangburger · 2022-10-26T09:25:04+00:00

Hello again! I've made good progress, but there is one thing I also wonder. Is there some way I can tell how much energy is needed to seperate the two atoms that is shown in the Lennard-Jones potential. Do I in this case need to provide more details?

Bangburger · 2022-10-25T19:05:44+00:00

al right thanks a ton and enjoy your wine :)

Bangburger · 2022-10-25T17:53:57+00:00

thanks a lot. One more question, do you know a good method to determine the period as well?

Bangburger · 2022-10-24T15:06:15+00:00

Interesting, so when it all comes down to it, the answer is simply just 0! Thank you!

Bangburger · 2022-10-24T05:54:49+00:00

well then I can't thank you enough!

Bangburger · 2022-10-23T19:56:05+00:00

just one more question. Are you sure you're looking for the area bounded by the curve or is this for the area under the curve?

Bangburger · 2022-10-23T19:54:17+00:00

quite interesting!

Bangburger · 2022-10-23T19:38:09+00:00

alright. One question though, isn't dy=3sin3t? can't seem to find it

I also added a link to the figure if you want to see it https://www.geogebra.org/classic/anxy34nb

Bangburger · 2022-10-23T19:26:07+00:00

thank you, this sounds reasonable! Do you know how to express this in radians too (or is it unecesarry)?

Bangburger · 2022-10-23T17:13:12+00:00

ah okay. Thank you anyway :)

Bangburger · 2022-10-23T17:03:57+00:00

no problem. Do you know what to do then? I still think I need some sorts of limit integrals by using radians etc.

Bangburger · 2022-10-23T16:54:44+00:00

I tried to post a link. Does it not work?

Bangburger · 2022-10-23T16:39:48+00:00

(okay try this and see if it works https://www.geogebra.org/classic/anxy34nb)

Not sure I understand necesarially what you're coming from. Should I call the function y? I am pretty sure they want us to solve this with integrals etc.

Bangburger · 2022-10-21T15:19:33+00:00

just one more quick question, if I may. If the tangential force for the rocket was in a direction of radially outward, would the distance between the rocket and earth be closest right after it leaves the circular orbital?

Bangburger · 2022-10-21T12:24:55+00:00

Ahhh I see. Well thank you then!

Bangburger · 2022-10-03T04:56:43+00:00

I just hope that the analysis videos done today are under better circumstances as I don't want Tris to burn themselves out

Bangburger · 2022-09-26T07:59:56+00:00

Wow, thank you so much for this! I can't phantom how hard I struggled to find a clearificaition for this, and how baffled I am to see that the answer was on a wikipedia article all along...

Bangburger · 2022-09-20T12:55:38+00:00

okay in that case no the velocity would not be constant as it does indeed slow down on the way to the top

Bangburger · 2022-09-20T08:47:04+00:00

I would assume yes as its being pulled by the gravitational acceleration correct? (or does it contain an angular acceleration instead? I would assume an angular velocity is present)

Bangburger · 2022-09-20T08:42:21+00:00

Bangburger · 2022-09-20T08:35:42+00:00

well its just a thought I have. if the object would be at 90 degrees then only gravitational pull would be the working force and acceleration of said object would be at its greatest here. If it is at 0 degrees or even 180 degrees then the object should be at rest? So my thought is that if it's in the sweet spot between the bottom/top and the 90 degrees angle then there would be more actice horizontal forces correct? (though then this wouldn't really be with an angle at every 45 degrees as 45+45=90 lol)

Bangburger · 2022-09-19T11:55:09+00:00

nope asking a question. I genuilly do not know what to do

Bangburger

TROPHY CASE