A long overhead transmission line is terminated by its characteristic impedance. Under this operating condition, the ratio of the voltage to the current at different points along the line will

For a transmission line with negligible losses, the lagging reactive power (VAR) delivered at the receiving-end, for a given receiving-end voltage is directly proportional to the

A three-phase transmission line of negligible resistance and capacitance has an inductive reactance of 100 Ω∕ phase. When the sending-end and receiving-end voltages are maintained at 110 kV, the maximum power that can be transmitted will be

The per unit regulation of a short transmission line having a per-unit resistance voltage drop Vr and a per-unit reactance voltage drop of Vx at rated current and power factor cos Θ, is given by

A 50 Hz 3-phase transmission line of length 100 km has a capacitance of 0.03/π, μF∕ km. It is represented as a π model. The shunt admittance at each end of the transmission line will be

In which one of the following models of transmission lines, is the full charging current assumed to flow over half the length of the line only ?

If the receiving-end voltage and current are numerically equal to the corresponding sending-end values, that is, |Vs| = |Vr| and |Is| = |Ir|, then such a line is called

The values of A, B, C and D constants for a short transmission line are respectively

The ABCD constants of a 3-phase transmission line are A = D = 0.8∠1° ; B = 170∠85° Ω ; C = 0.002∠90.4° ℧. The sending end voltage is 400 kV. The receiving end voltage under no load condition is

For a fixed receiving end and sending end voltages in a transmission system, what is the locus of the constant power