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a 650-km 765-kv 60 hz three phase transmission line has a series impedance z 00185 j03170 omegakm and a shunt
a an open circuit test is conducted at the receiving end of a 500 kv 60 hz three phase line ir 0 with the receiving
determine the capacitive reactance in ohm miles for the line of problem 53 assume the conductors outside diameter is
determine the capacitive reactance in ohm miles for the line of problem 52 assume the conductoramp39s outside diameter
1 calculate the inductive reactance in ohms per mile for 345-kv double-circuit bundle-conductor line with two
the full-load slip of a squirrel-cage induction motor is 006 and the starting current is five times the full-load
the output torque of a single-phase induction motor is 082 n m at a speed of 1710 rpm the efficiency is 60 percent and
for the motor of problem 621 assume that the core losses are 35 w and the rotational losses are 14 w find the output
the stator resistance of a single-phase induction motor is 196 r and the rotor resistance referred to the stator is 36
1 assume for a 3-phase induction motor that for a certain operating condition the stator i2r rotor i2r core loss
a six-pole 60-hz three-phase wound rotor induction motor has a rotor resistance of 08 omega and runs at 1150 rpm at a
1 the slip at full load for a three-phase induction motor is 004 and the rotor current at starting is 5 times its value
consider a 25-hp 230-v three-phase 60-hz squirrel cage induction motor operating at rated voltage and ftequency the
1 a two-pole 60-hz induction motor develops a maximum torque of twice the full-load torque the starting torque is equal
the rotor resistance and reactance of a squirrel-cage induction motor rotor at standstill are 014 ohm per phase and 08
a 500-kv 60 hz three-phase transmission line is modeled using the exact a b c and d parameters it is known thatz is the
1 the following sequence voltages were recorded on an unbalanced faultgiven that the positive sequence fault current is
the positive sequence current on a single line-to-ground fault on phase a at the load end of a radial transmission
what is the reason for increasing opportunity costswhy do the production frontiers of different nations have different
1 using the above diagram calculate the followingnbsp 1 the voltage v2nbsp 2 the current i2nbsp 3 the current i12 using
do the following calculations for the circuit represented by the schematic for our ee3722 pcb design lab assume that
for the network shown in fig 238 calculatea the total circuit resistanceb the supply currentc the pd across the 12
a circuit consists of a 15 omega and a 30 omega resistor connected in parallel across a battery of internal resistance
1 a paper dielectric capacitor has two plates each of effective csa 02 m2 if the capacitance is 50 nf calculate the
the capacitance of a pair of plates is 40 pf when the dielectric between them is air if a sheet of glass is placed