help needed engineering maths (laplace transform in electrical application)

[jameswee_93]

Hi brothers,

I need help in this question, i have been looking at this question for a week and i cant solve it.

Can you guys give me the solution to the answer.






Thanks

 

[Munchies]

Here is my solution without using laplace.

http://dl.dropbox.com/u/12167962/qn.pdf

Btw which module is this?

 

[Munchies]

http://dl.dropbox.com/u/12167962/qn-laplace.pdf

Done in laplace.

 

[jameswee_93]

Thank you so much Munchies.

I need your help again, i've uploaded another 2 qns.

I appreciate it alot.

Its engineering maths module.

 

[Munchies]

https://dl.dropbox.com/u/12167962/qn-34.pdf

Are you from poly?

 

[Munchies]

I think the explanation for question 4 is wrong as there are no complex numbers involved. Anyway the steps to working it using the square root is still right.

U can use the R-formula where a*sin(theta) + b*cos(theta) = Rsin(theta + alpha), where R is the magnitude. R = sqrt(a^2 + b^2).

 

[jameswee_93]

I think the explanation for question 4 is wrong as there are no complex numbers involved. Anyway the steps to working it using the square root is still right.

U can use the R-formula where a*sin(theta) + b*cos(theta) = Rsin(theta + alpha), where R is the magnitude. R = sqrt(a^2 + b^2).

thanks! =] . Yea, I'm from sp

 

[crazynarb]

I need help. Its similar qn.

Need help solving this laplace transformation. Same qn just that it is voltage across the capacitor instead of the resistor

 

[Munchies]

Better practise more especially if you want to further EE in uni.

https://drive.google.com/file/d/0B3WaXPp1pDiWem82Y0xDLWlqdmM/edit?usp=sharing

 

[mgx-alander]

wah i tot munchies used to be compraining that he ish beh kan now become eh kan already

while i am still beh kan

 

[Munchies]

wah i tot munchies used to be compraining that he ish beh kan now become eh kan already

while i am still beh kan

u going to graduate soon or graduated, so good.. i just signed on

 

[mgx-alander]

just grad, looking for jod now