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9.Taking a case study for the long line under no load condition, the receiving end voltage is ____________

9.Taking a case study for the long line under no load condition, the receiving end voltage is ____________ Correct Answer more than the sending-end voltage

Due to Ferranti effect, the voltage will be more at receiving end in a LTL.

Related Questions

Assume a 275 kV transmission line having the following line constants:A = 0.85∠5° ; B = 200∠75° If a load is connected at receiving end at unity power factor but maintaining the same voltage profile. The receiving end voltage if the compensation equipment is not installed will be __________
A single phase 50 hz, generator supplies an inductive load of 5 MW at a power factor of 0.8 lagging using OHTL over 20 km. The resistance and reactance are 0.39Ω and 3.96 Ω. The voltage at receiving station is maintained at 10 KV. The sending end voltage is 11.68 kV. If the voltage regulation is reduced to 50%, then the receiving end current at this operation mode will be _____________
A single phase 50 hz, generator supplies an inductive load of 5 MW at a power factor of 0.8 lagging using OHTL over 20 km. The resistance and reactance are 0.39Ω and 3.96 Ω. The voltage at receiving station is maintained at 10 KV. The sending end voltage is 11.68 kV. The new sending end voltage at the half the voltage regulation is _____________
In which of the following cases a partnership does not exist?
(1) Lender of money receiving profits.
(2) Servants or agents receiving profits.
(3) Widow or child of a deceased partner receiving profits.
(4) Seller of goodwill receiving profits.
In which of the following cases, a partnership does not exist?
1. Lender of money receiving profits.
2. Servants or agents receiving profits.
3. Widow or child of a deceased partner receiving profits.
4. Seller of goodwill receiving profit.
Consider the following statements: The calculation performed using short line approximate model instead of nominal-π model for a medium length transmission line delivering lagging load at a given receiving end voltage always results in higher: 1. Sending end current 2. Sending end power 3. Regulation 4. Efficiency Which of these statements are correct?
Seven people, Kamal, Nalini, Namrata, Sheela, Shakti, Arun and Sukanya, study three different subjects - Mathematics, Science and Physics in three different schools - P, Q and R. Less than two and no more than three people study the same subject. Less than two and not more than three people study in the same school. Namrata studies Mathematics in school P which has only one more student named Shakti. Kamal does not study in school R but he is a student of mathematics. Shakti and Sukanya study the same subject. Sheila studies physics in school R. Nalini is also a student of school R. Arun and Sukanya do not study in school R. Nalini and Shakti study science. Arun is a student of which subject?
Ramesh has made a schedule of studying his seven subjects on each day. He decided to study maths on Friday and two days after it he will study English. He decided to study Science on Wednesday and after it Social Science. He decided not to study Arts on either Monday or Tuesday. 3 days before Friday he will study Hindi. He will study GK on someday as well. Which subject will he study on Thursday?
The transmission line is represented as a two-port network as shown in the figure. The sending end voltage and current are expressed in terms of receiving end voltage and current for the network as VS = A VR + B IR IS = C VR + D IR where A, B, C, and D are generalized circuit constants. The condition for symmetry for the network is
A single phase 50 hz, generator supplies an inductive load of 5 MW at a power factor of 0.8 lagging using OHTL over 20 km. The resistance and reactance are 0.39Ω and 3.96 Ω. The voltage at receiving station is maintained at 10 KV. The sending end voltage is 11.68 kV. If the voltage regulation is reduced to 50%, then the power factor at this operation mode will be ____________