GETCO Exam Paper (11-06-2017) The rated voltage of a 3-phase power system is given as rms phase voltage rms line-to-line voltage peak line-to-peak voltage peak phase voltage rms phase voltage rms line-to-line voltage peak line-to-peak voltage peak phase voltage ANSWER DOWNLOAD EXAMIANS APP
GETCO Exam Paper (11-06-2017) If the separation between the three phases of a transmission line is increased then the inductance will decrease and the capacitance will increase both the inductance and capacitance will increase the inductance will increase and capacitance will remain unchanged the inductance will increase and the capacitance will decrease the inductance will decrease and the capacitance will increase both the inductance and capacitance will increase the inductance will increase and capacitance will remain unchanged the inductance will increase and the capacitance will decrease ANSWER DOWNLOAD EXAMIANS APP
GETCO Exam Paper (11-06-2017) Demand factor is defined as the ratio of maximum demand to connected load average load to maximum demand connected load to maximum demand maximum demand to average load maximum demand to connected load average load to maximum demand connected load to maximum demand maximum demand to average load ANSWER DOWNLOAD EXAMIANS APP
GETCO Exam Paper (11-06-2017) Who is the Revenue Minister of Gujarat State? (as on 06/10/2017) Nitinbhai Patel Bhupendrasinh Chudasma Vijaybhai Rupani Ganpatbhai Vasava Nitinbhai Patel Bhupendrasinh Chudasma Vijaybhai Rupani Ganpatbhai Vasava ANSWER DOWNLOAD EXAMIANS APP
GETCO Exam Paper (11-06-2017) For a lossy transmission line, the characteristic impedance does not depend on the conductivity of the conductors the operating frequncy of the line conductivity of the dielectric separating the conductors length of the line the conductivity of the conductors the operating frequncy of the line conductivity of the dielectric separating the conductors length of the line ANSWER DOWNLOAD EXAMIANS APP
GETCO Exam Paper (11-06-2017) Which of the following is not equivalent to watts? joules per second amperes x volts amperes² x ohm amperes/volt joules per second amperes x volts amperes² x ohm amperes/volt ANSWER DOWNLOAD EXAMIANS APP
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