See circuit in file attached (and problem statement).
I first found the voltage across the inductor - I * Z = 5.6*<-28.
Next I simply used V1 - delta V = V2. I found that 100 - 5.6*cos(-28)+ i*sin(-28)*5.6 = ... and simplified the expression and brought back to phasor notation. I did not get the right answer...at all!
Note that my answer in the image attached was my first attempt. The way I solved above gave a different answer.
Any help as to where I am going wrong? Thanks!
I first found the voltage across the inductor - I * Z = 5.6*<-28.
Next I simply used V1 - delta V = V2. I found that 100 - 5.6*cos(-28)+ i*sin(-28)*5.6 = ... and simplified the expression and brought back to phasor notation. I did not get the right answer...at all!
Note that my answer in the image attached was my first attempt. The way I solved above gave a different answer.
Any help as to where I am going wrong? Thanks!
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