Question: Q3: Is it possible for the squirrel cage rotor to rotate at the same speed as the rotating magnetic field? Justify physically. And if the rotor were of the wound type, could it rotate at the same speed as the rotating magnetic field? Choose one or more: a) For the coiled type rotor, it is necessary that the coil terminals are short-circuited so that a

EngineeringElectrical EngineeringElectrical Engineering questions and answersQ3: Is it possible for the squirrel cage rotor to rotate at the same speed as the rotating magnetic field? Justify physically. And if the rotor were of the wound type, could it rotate at the same speed as the rotating magnetic field? Choose one or more: a) For the coiled type rotor, it is necessary that the coil terminals are short-circuited so that aQuestion: Q3: Is it possible for the squirrel cage rotor to rotate at the same speed as the rotating magnetic field? Justify physically. And if the rotor were of the wound type, could it rotate at the same speed as the rotating magnetic field? Choose one or more: a) For the coiled type rotor, it is necessary that the coil terminals are short-circuited so that a.
. Who are the experts?Experts are tested by Assignment guruh as specialists in their subject area. We review their content and use your feedback to keep the quality high.Transcribed image text: Q3: Is it possible for the squirrel cage rotor to rotate at the same speed as the rotating magnetic field? Justify physically. And if the rotor were of the wound type, could it rotate at the same speed as the rotating magnetic field? Choose one or more: a) For the coiled type rotor, it is necessary that the coil terminals are short-circuited so that a current can be induced due to the variation of the rotating magnetic field around the rotor which is rotating at a speed different from the speed of the rotating magnetic field. b) Only the wound-type rotor can rotate at synchronous speed, as long as a direct current supplied by a c.c source flows through it. through slip rings on the rotor. c) Either of the two types of rotors can rotate at the same speed as the rotating magnetic field as long as there is a variation in the rotating magnetic field in relation to the rotor conductors, inducing a current in the rotor circuit. Detail: in the case of the wound rotor, it must be short-circuited. d) It is not possible for either type of rotor to rotate at the same speed as the rotating magnetic field, because if they rotated at the same speed, there would be no variation in the rotating magnetic field in relation to the rotor conductors and no current would be induced in the rotor circuit and there would be no second magnetic field to interact with the rotating field, giving the rotor motion. Detail: in the case of the wound rotor, it must be short-circuited. e) Either type of rotor can rotate at the same speed as the rotating magnetic field, because the current induced in the rotor circuit generates a magnetic field that synchronizes with the rotating magnetic field. Detail: in the case of the wound rotor, it must be short-circuited. f) For a magnetic field generated by an induced current in the rotor circuit to exist, a variation of the rotating magnetic field in relation to the rotor conductors is necessary, which only occurs if the rotor rotates at a speed different from the speed of the rotating magnetic field. Therefore it is not possible for both types of rotors to rotate at the same speed as the rotating magnetic field. Detail in the case of the wound rotor, it must be short-circuited. ________________________Order any type of Service We Provide We are the best assignment service that can satisfy student’s demands in different scientific fields. We perform tasks of any kind. Our specialists provide diverse custom assignment writing services to students from all over the world every day. You can contact us for assistance with: • Essays of any type (application, scholarship, argumentative, personal, informative, persuasive, compare and contrast, narrative, analytical, cause and effect, critical, process, descriptive, expository essays); • Homework, • Assignments, • Reviews of all types (for a book, an article, or a film), • Reports, • Annotated bibliography, • Projects, • Thesis, • Term papers, • Presentations, • Lab works, • Research papers, • Speeches, • Critical thinking, • Capstone projects; • plan; • Coursework’s; • Dissertations. The list is far from complete! Representatives of our student assignment service are connoisseurs of the peculiarities of presentation in regards to academics.