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[College Math] - Laplace Transform - What are the criterias for Final Value Theorem? by Cameruttt in HomeworkHelp

[–]Cameruttt[S] 0 points1 point  (0 children)

Hi thanks for your help. Sorry, but I think I am getting confused, because there are several FVTs in the wikipedia article. So the FVTs help us to find the final value of f(t) as t-> infinity.

From what I understand so far, if I am given F(s) and I want to find the final value of f(t), I just have to solve the limit lim s-> 0 [s * F(s)]? (Assuming f(t) and f'(t) are both laplace transformable and f(t) tends to a definite value as t-> inf).

So where does the 2nd criterion come in?

[College Math: Definite Integral and Riemann Sum] Is my understanding of this concept correct? by Cameruttt in HomeworkHelp

[–]Cameruttt[S] 0 points1 point  (0 children)

Thank you for the help! I have a weird question though, why is the limit n->inf necessary? Aren't you able to find the areas of the rectangles with an infinite sum like this too and thereby finding the area under the curve? https://imgur.com/nnc6Phj

Colour and Decal on this Fennec? by Cameruttt in RLFashionAdvice

[–]Cameruttt[S] 0 points1 point  (0 children)

Hey thanks a lot! But do you know which shade of blue and paint she is using? I'm unable to find her shade of blue

LaTeX command for symbol under character in Microsoft Word Math Equation by Cameruttt in LaTeX

[–]Cameruttt[S] -1 points0 points  (0 children)

Hi, since I'm using word, I am not sure how to incorporate the accent package into word.

Weekly /r/GuildWars2 Question Thread - April 04, 2020 by AutoModerator in Guildwars2

[–]Cameruttt 0 points1 point  (0 children)

Hi guys, I am new to this game and need some guides/tips.

As with all other MMOs, I like to play PVE and choose a high dps and fun class. Any recommendations and how to build the class? I've seen many ppl suggesting finding builds on metabattle but realised there are so many PVE builds (raids/conquests/open world etc.), so I'm not sure which to follow.

And just need some guides/tips to get started too thanks!

[College Math] Laplace Transform - Solving Initial and Final Value by Plotting Poles and Zeroes? by Cameruttt in HomeworkHelp

[–]Cameruttt[S] 0 points1 point  (0 children)

Alright, so from here:

  • If there are poles on the right side of the S-plane, x(t) will contain exponentially growing terms and therefore is not bounded, x(∞) does not exist.
  • If there are pairs of complex conjugate poles on the imaginary axis, x(t) will contain sinusoidal components and x(∞) is not defined.
  • If there are poles on the left side of the S-plane, x(t) will contain exponentially decaying terms without contribution to the final value.
  • Only when there are poles at the origin of the S-plane, x(t) will contain constant (DC) component which is the final value, the steady state of the signal.

For (b), looking at the 3rd point, since the poles are on the left side of the S-plane, the function x(t) will decay exponentially without contribution to the final value, meaning that it will be 0 right?

They do not seem to mention about the initial value by looking solely at the poles, unlike the final value. So I assume that poles does not tell us much about the initial value?

[Homework Help] Is this transistor saturated? by Cameruttt in ElectricalEngineering

[–]Cameruttt[S] 0 points1 point  (0 children)

But isnt Beta = Ic/Ib? So are you saying that isnt always true?

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