the questions asks, A series RLC circuit contains the followingcomponents: R = 2

Question

the questions asks, A series RLC circuit contains the followingcomponents: R = 2.50 x 102 , L = 4.00 x102 mH, C= 1.00 F, and a generator with Vmax= 2.20 x 102 V operating at 40 Hz. calculate thefollowing?

a. inductive reactance. (answer is 101 )

b. capacitance reactance (answer is 3.98 K)

c. impedance     (answer is 3.886 k)

d. maximum current (mA)

e. phase angle between the current and generator voltage (o)
f. calculate the individual maximum voltages across the resistor,inductor and capacitor.
     resistor (V)?
    inductor (V)?
    Capacitor (V)?

can someone please help with part D-F?

Explanation / Answer

   a) Inductive reactance is            XL = 2fL                  =2 ( 40 Hz)(4.00 x 10-1 H) b) The capacitance reactance is           Xc = 1/(2fC) Here f = 40 Hz           C =1.00*10-6F c) The impedence in the circuit is           Z= [R2 + (XL-XC)2] substitute the values.

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