Hi, thank again for your help. I really appreciate it
Just to clarify ..isn't Vr/Vin what i was trying to find?
Also, It looks to me to be a bandpass filter from the expression found previously.
Also, how would you simply the expression for Vout/Vin for transfer function?
thanks for your response. Could i ask why you derivate the expression? I'm sure that question asks to solve for the frequency response Vout/Vin of the circuit and its resonant frequency.
I had an attempt at it but unsure how to derive the expression for the resonant frequency?
Also, in the...
Good morning,
I need some help solving those two question. I've attached my attempted solution below. Could i solve the transfer function any further?
Thank you for your help
Good afternoon,
I am struggling to find the solution at Q2 and Q3. For Q2 the absolute pressure at point 1 is at the bottom of the tank, so do i need to use the formula P=Patm+qgh ? If using this formula I've got a bigger number than 100Pa.
Same issue for Q3, isn't the pressure at point 2...
Oh sorry. Here you are
So basically i had to find in the first question the distance y of the piston from the centre of rotation of the crankshaft. I've done that.
I am stuck at the last part of the question which ask to find the minimum value of L to the nearest 0.5m over the period of 1...
Hi thanks for your help, yes it's a coursework from uni
How do i convert the L and C to reactance by the way?
Should i have to convert also the voltages as complex number too?
Thank you