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LakeMountD
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The following formula is a function of the radian frequency w of the input voltage. Formulas for M are derived in elementary electrical circuits courses. For this particular circuit, M is given by:
M=(R*C*w)/sqrt((1-L*C*w^2)+(R*C*w)^2)
The frequency at which M is a max. is the frequency of the desired carrier signal.
a) Determine this frequency as a function of R, C, and L
It isn't that the programming on this is tough but I just don't understand if they are asking for me to make it like M(R,C,L), meaning set R,C,L to x and then make it a function of x, or if they are saying to find the max of the functions M(R), M(L), and M(C). They aren't giving me any values so I am getting a little confused.
I was just going to take the derivative of the function (the max) and figure it out that way but do I need to take it of one function or of all three?
M=(R*C*w)/sqrt((1-L*C*w^2)+(R*C*w)^2)
The frequency at which M is a max. is the frequency of the desired carrier signal.
a) Determine this frequency as a function of R, C, and L
It isn't that the programming on this is tough but I just don't understand if they are asking for me to make it like M(R,C,L), meaning set R,C,L to x and then make it a function of x, or if they are saying to find the max of the functions M(R), M(L), and M(C). They aren't giving me any values so I am getting a little confused.
I was just going to take the derivative of the function (the max) and figure it out that way but do I need to take it of one function or of all three?
