Please have an actual person look at this and NOT Chatgpt:
A four-pole (2-pole pairs), three-phase 220V (line to line RMS), 60 Hz induction
motor has the following impedances for use in the single phase equivalent circuit.
Rs = 0.39 W (stator resistance)
Xsl = 0.35 W ( jXsl = j0.35 W ) (stator leakage reactance)
Rr = 0.14 W (rotor resistance)
Xrl = 0.35 W ( jXrl = j0.35 W ) (rotor leakage reactance)
XM = 16 W ( jXM = j16 W ) (magnetizing reactance)
Assume the machine is electrically connected to the three phase 220Volt source,
but now the rotor is locked so that it is not free to rotate (i.e. it is held at zero
RPM by the lock).
(A) What is the RMS phase current that the machine will draw from the power
source after achieving steady-state locked rotor conditions ?
(B) What is the power factor ?
(C) What electromagnetic torque (in Nm) is applied to the locked rotor?
(D) What is the net mechanical power (in HP)?
(E) How is the real power from the power supply being consumed?
(F) What is the minimum torque rating (in Nm) needed for the lock for these
conditions ?