Question

H10

Answer 1

H10P2
A) R1+R2+j*w*L+(1/(j*w*C))
B) inf
C) inf
D) ((((R1+R2)*(j*w*L))/((R1+R2)+(j*w*L)))*(1/(j*w*C)))/((((R1+R2)*(j*w*L))/((R1+R2)+(j*w*L)))+(1/(j*w*C)))
E) 0
F) 0
G) ((R1+(1/(j*w*C)))*(R2+j*w*L))/((R1+(1/(j*w*C)))+(R2+j*w*L))
E) R2
F) R1

Answer 2

H10P2
A) R1+R2+j*w*L+(1/(j*w*C))
B) inf
C) inf
D) ((((R1+R2)*(j*w*L))/((R1+R2)+(j*w*L)))*(1/(j*w*C)))/((((R1+R2)*(j*w*L))/((R1+R2)+(j*w*L)))+(1/(j*w*C)))
E) 0
F) 0
G) ((R1+(1/(j*w*C)))*(R2+j*w*L))/((R1+(1/(j*w*C)))+(R2+j*w*L))
E) R2
F) R1

H10P3

a) (((j*w*L+R2)*(1/(j*w*C))/(j*w*L+R2+(1/(j*w*C))))/((j*w*L + R2)*(1/(j*w*C))/(j*w*L+R2+(1/(j*w*C)))+R1)*(R2/(j*w*L + R2)))
b) ((j * w * L + R2) * (1 / (j * w * C))) / (j * w * L + R2 + (1 / (j * w * C )))
c) (sqrt (R1/R2 -1)) / (w * R1)
d) ((sqrt (R1/R2 -1)) * R2) / w
e) Change values in C (with w = 2*pi*f) be careful, because the f is normaly in Khz (*10^3)
f) Change values in D (with w = 2*pi*f) be careful, because the f is normaly in Khz (*10^3)

Answer 3

what about H10P1??

Answer 4

Circuit A:
r*u
Circuit B:
q*v
Circuit C:
p*w
Circuit D:
s*t

Answer 5

vision 89 please help me