According to the three-wattmeter method calculate the power of each phase. Show your calculations. Van =440V
P_(1)=
P_(2)=
P_(3)=
Z_(L)=10+j10Omega
If you have two wattmeter can you expect the measured value of the real power Show your calculations
P_(1)=
P_(2)=
Calculate the reactive power according to two wattmeter method
Calculate the magnitude values of I, I_(1),I_(2)
Show your calculations
R_(1)=5Omega ,x_(L)=3Omega ,R_(2)=10Omega ,x_(C)=6Omega
Calculate the phase angle in degrees for the currents I,I_(1), and I_(2).
Calculated Value Phase angle (from Task-1)
Current I
Current I_(1)
Current I_(2)
Table 1
5. According to the three-wattmeter method calculate the power of each phase. Show your calculations.Van=440V P. P= P
Z=10+j10
Ia
Figure. 3
6. If you have two wattmeter can you expect the measured value of the real power Show your calculations P,= P= 7.Calculate the reactive power according to two wattmeter method
8. Calculate the magnitude values of I, I, I, Show your calculations R,=5Q X=3 R,=10Q
Xc=6
f = 50 Hz
Figure 1.Parallel AC Circuit
1i. Calculate the phase angle in degrees for the currents I, I, and I,
Table 1
Calculated Value Phase angle (from Task-1) Current I
Current I,
Current I