i_X1X2 = 1,32sin(wt+36,8^o),   fi = 8,13^o    

i_X1X2 = 1,32sin(wt+28,2^o),   fi = -90^o    

i_X1X2 = 4,1sin(wt+55^o),   fi = -8,13^o    

i_X1X2 = 1,71sin(wt-25^o),   fi = 28,2^o    

i=1,92sin(wt+101,6^o),  fi_R2X1 = 33,7^o  

i=3,54sin(wt-101,6^o),  fi_R2X1 = 40,6^o  

i=2,64sin(wt+26,6^o),  fi_R2X1 = 40,6^o  

i=2,51sin(wt+26,6^o),  fi_R2X1 = 40,6^o  

i_R2X1 = 8,5sin(wt-131,3^o), fi = -34,3^o   

i_R2X1 = 9,1sin(wt-39,8^o), fi = -16,7^o   

i_R2X1 = 6,45sin(wt-73,3^o), fi = -50,2^o   

i_R2X1 = 6,38sin(wt-34,3^o), fi = -109,3^o   

I2= - E1/(R1+R2)+E2/(R1+R2)+J3R1/(R1+R2)

I2= E1/(R1+R2)+E2/(R1+R2)-J3R1/(R1+R2)

I2= - E1/(R1+R2)+E2/(R1+R2)-J3R1/(R1+R2)

I2= E1/(R1+R2)+E2/(R1+R2)+J3R1/(R1+R2)

I1= E1/(R1+R2)+E2/(R1+R2)+JR2/(R1+R2)

I1= E1/(R1+R2)-E2/(R1+R2)+JR2/(R1+R2)

I1= E1/(R1+R2)-E2/(R1+R2)-JR2/(R1+R2)

I1= E1/(R1+R2)+E2/(R1+R2)+JR1/(R1+R2)

-1/(R1+R2)

1/(R1+R2)

1/R2

R1R2/(R1+R2)

i_X1X2=23,4sin(wt-135^o),    fi = -48,4^o    

i_X1X2=12,4sin(wt+135^o),    fi = -48,4^o    

i_X1X2=12,4sin(wt+93,4^o),    fi = -48,4^o    

i_X1X2=8,8sin(wt-135^o),    fi = -48,4^o    

i=1,95sin(wt-45^o), fi_R2X1= -60,9^o

i=1,94sin(wt+45^o), fi_R2X1= -60,9^o

i=2,75sin(wt+45^o), fi_R2X1= -60,9^o

i=2,75sin(wt+120^o), fi_R2X1= -60,9^o

R2/(R1+R2)

R1/(R1+R2)

-R1/(R1+R2)

-R2/(R1+R2)

i=3,34sin(wt+13^o),    fi_R1X1  = -33,7^o   

i=2,37sin(wt-88,4^o),    fi_R1X1  = -48^o   

i=2,37sin(wt-13^o),    fi_R1X1  = -50,2^o   

i=3,34sin(wt+48^o),    fi_R1X1  = -50,2^o