1. 0.05 + 0.2 ln 60
2. 0.21n 60
3. 0.05x- 0.2ln (60/0.5)
4. 0.2 ln (60/0.5)
0.05x- 0.2ln (60/0.5)
1. 0.05 + 0.2 ln 60
2. 0.21n 60
3. 0.05x- 0.2ln (60/0.5)
4. 0.2 ln (60/0.5)
0.05x- 0.2ln (60/0.5)
1. 3
2. 5/2
3. 2
4. none of these
2
1. 8.06 ohms per phase
2. 0.806 ohms per phase
3. 0.0806 ohms per phase
4. 80.6 ohms per phase
8.06 ohms per phase
1. 8.06 ohms per phase
2. 0.806 ohms per phase
3. 0.0806 ohms per phase
4. 80.6 ohms per phase
8.06 ohms per phase
1. 3.948
2. 1.316
3. 0.439
4. 11844
1.316
1. 11/9
2. 22/15
3. 24/23
4. 44/23
44/23
1. balanced receiving end Voltage and no communication interference
2. unbalanced receiving end Voltage and no communication interference
3. balanced receiving. end voltage communication interference
4. unbalanced receiving end voltage communication interference
balanced receiving. end voltage communication interference
1. Control of voltage gradien
2. Reduction in corona loss
3. Reduction in radio interference
4. Increase in interference with communication lines
Increase in interference with communication lines
1. Z3(s)/Z1(s)+Z2(s)+Z3(s),-Z3(s)/Z1(s)+Z3(s)
2. -Z3(s)/Z2(s)-Z3(s)+Z4(s),-Z3(s)/Z1(s)+Z3(s)
3. Z3(s)/Z2(s)+Z3(s)+Z4(s), Z3(s)/Z1(s)+Z3(s)
4. -Z3(s)/Z2(s)-Z3(s)+Z4(s), Z3(s)/Z1(s)+Z3(s)
Z3(s)/Z1(s)+Z2(s)+Z3(s),-Z3(s)/Z1(s)+Z3(s)