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

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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 remain the same at all points. When the transmission line is terminated with its characteristic impedance, there is no reflected wave generated at the load end. The incoming wave is completely absorbed by the load, which means that the voltage and current waves are in phase at all points along the line. It results in a constant ratio of voltage to current along the length of the line. Under this condition, the impedance seen by the generator at the sending end of the line is equal to the surge impedance of the line. The generator load impedance matches the surge impedance of the line, which allows for maximum power transfer from the generator to the line. Also the voltage and current waves are in phase at the sending end of the line as well.

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

Remain the same at all points

Remain same at the two ends

but be higher between the two ends being maximum at the center of the l

Progressively increase from the sending end to the receiving end

The progressive increase from the receiving end to the sending-end

The correct answer is `No. 1: Remain the same at all points`

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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

Remain the same at all points

Remain same at the two ends

but be higher between the two ends being maximum at the center of the l

Progressively increase from the sending end to the receiving end

The progressive increase from the receiving end to the sending-end

The correct answer is No. 1: Remain the same at all points

The correct answer is `No. 1: Remain the same at all points`