Recent content by eddievic

Thanks for your help. I worked out the loads on the two Transformers connected in parallel and then worked out the difference in percentage overload and submitted my answer and this came back correct. I think it was just the question that was puzzling me I was not sure what it was asking. :)

Looking at this again and i have found Full load current presuming 1000v and at single phase: Transformer A = 300000/1000 = 300A Transformer B = 200000/1000 = 200A I know that power factor is 0.45 lag so this is cos^-1 0.45 = 63.25 degrees kVA a = kVA total (Zb/Za+Zb) kVA b = kVA total...

This is the complete question as i have it

For some reason i can't upload the attachment anyways the question is as follows: Transformer A is rated at 300 kVA with an impedance of (0.09+j0.18)Ω Transformer B is rated at 200 kVA with an impedance of (0.09+j0.23)Ω if these transformers are connected in parallel to supply a common...

Homework Statement The question is as per my attachmentHomework Equations The Attempt at a Solution I found the following help of the internet but do not know where to start any assistance would be appreciated: you don't need to be concerned about matched turns ratio. You can assume that the...

Just read back over this thread and now it makes sense sometimes you cannot see the wood for the trees thanks all

f(x)=(x^2+2)sin(x)tan(x^2) =((-x)^2+2)sin(-x)tan((-x)^2)) = f(-x) so function is odd?

so last one would be: f(x)=(x^2+2)sin(x)tan(x^2) =((-x)^2+2)sin(x)tan((-x)^2)) = f(x)

so next would be: f(x)=(-x^2)tan(-x^2) =x^2+2tanx^2 =f(x) so f would be odd?

Odd & Even Functions (was thread "Fourier Series") Homework Statement determine if the functions below are odd even or neither: a) f(x)=x^2+2 b) f(x)=(x^2+2)tan(x^2) c) f(x) = (x^2+2)sin(x)tan(x^2)Homework Equations even - f(x) = f(-x) odd - f(-x)=-f(x) The Attempt at a Solution I've managed...

so T to ∏ conversion: Rab = Ra x Rb + Ra x Rc + Rb x Rc / Rc so z x z +z x 2z + z x 2z / 2z = 2.5 z so Rbc = 5z Rac = 5z is this along the right track?

its entitled Doc1.docx

I've now included the full question I'm working on exactly as it appears. Hopefully this explains all :)

Thats the only diagram provided with the question

There is an attachment entitled question 2 that shows the questions diagram