Recent content by yoda2026

i have changed resistor and i am getting a much more sensible answer thank youusing XL=2PI*F*L on the table i have supplied i get 2PI*1600*2.41*10^-5 = 0.2422 where there table gives 5.826615 :s which doesn't make any sense

hmmm ill try changing to a non inductive resistor and see if my values change thanks for the heads up

yes the frequency generator has an internal impedance of 50 ohms but then its is fed into an amplifier which i was hoping would counter the impedance i am more than happy to add a capacitor if that will make the calculations eaiser. but i am not trying to find the inductance/impedance at...

http://img839.imageshack.us/img839/9320/20120105163452.png please not i did not calculate the table above and i am led to believe that it is incorrect as the inductance decreases as the frequency increases. i am trying to replicate this test using two unknown inductors to compare the results to...

any help would be much appreciated i am trying to calculate the inductance and impedance of a unknown air cored inductor. over a set frequency range (1600hz - 2700hz in 100hz increments) using a series RL circuit tools scope multimeter frequence generator Amplifier 1ohm 100W metal...

[PLAIN]http://img851.imageshack.us/img851/1826/photoc.jpg here is a actual copy of the diagram i hope this makes it clearer

im guessing it is 66.25nm because the force experienced in the couple is equal in both directions now to calculate the normal force i am totally stumped because all these cals are in NM(which is a rotational force) and please correct me if I am wrong but a normal force is a linear force and...

Homework Statement ive been trying to figure our this mechanics question and I am rather stuck but unfortunately i haven't had much experience with moments find the normal forces applied to the installed stud at points A and B [PLAIN]http://img851.imageshack.us/img851/1826/photoc.jpg...

find the normal forces applied to the installed stud at points A and B l-----360mm--l--85-l .....A.==== P.========== /==/ .....====.B sorry my diagram lost its formatting i am trying to calculate for the force on points A and B now the way i have been looking at it is that the force is 150N...

so when you say the moment of about B do you mean the moment of PB or the moment AB

ive been trying to figure our this mechanics question and I am rather stuck but unfortunately i haven't had much experience with moments find the normal forces applied to the installed stud at points A and B l-----360mm--l--85-l A.==== P.=========== /==/...