Related InterviewSolutions

• What is the plot of the magnetization curve?(a) field current in the y axis vs voltage in x axis(b) field current in the x axis vs voltage in y axis(c) armature current in the y axis vs voltage in x axis(d) armature current in the x axis vs voltage in y axisThe question was asked in an online interview.This question is from Motor Starters, Calculation of Resistance Steps & Design of Field Regulators in chapter Design of Small Electrical Machines, Starters and Field Regulators of Design of Electrical Machines
• What is the first step in the design of the field regulators for dc motor?(a) number of sections(b) shunt field circuit resistance(c) shunt field resistance(d) resistance of stepI had been asked this question by my school principal while I was bunking the class.I want to ask this question from Motor Starters, Calculation of Resistance Steps & Design of Field Regulators in chapter Design of Small Electrical Machines, Starters and Field Regulators of Design of Electrical Machines
• What is the last step involved in the design of field regulators for shunt generators?(a) calculation of the resistance of section(b) calculation of the total field circuit resistance(c) calculation of resistance of section(d) resistance to be insertedThis question was addressed to me during an online exam.My question is taken from Motor Starters, Calculation of Resistance Steps & Design of Field Regulators in chapter Design of Small Electrical Machines, Starters and Field Regulators of Design of Electrical Machines
• What is the second step in the design of the field regulators for dc machines?(a) calculation of the resistance of section(b) calculation of the total field circuit resistance(c) calculation of the field circuit resistance(d) resistance to be insertedThe question was posed to me at a job interview.The origin of the question is Motor Starters, Calculation of Resistance Steps & Design of Field Regulators topic in section Design of Small Electrical Machines, Starters and Field Regulators of Design of Electrical Machines
• What is the first step in the design of the field regulators for dc machines?(a) calculation of the resistance of section(b) calculation of the total field circuit resistance(c) calculation of the field circuit resistance(d) resistance to be insertedThis question was posed to me in examination.My question comes from Motor Starters, Calculation of Resistance Steps & Design of Field Regulators topic in chapter Design of Small Electrical Machines, Starters and Field Regulators of Design of Electrical Machines
• How many machines are considered for the design of field regulators for dc machines?(a) 2(b) 3(c) 4(d) 5This question was posed to me by my college professor while I was bunking the class.This key question is from Motor Starters, Calculation of Resistance Steps & Design of Field Regulators topic in chapter Design of Small Electrical Machines, Starters and Field Regulators of Design of Electrical Machines
• What is the formula of the ratio of the lower limit to upper limit of current with respect to the resistance?(a) lower limit of current / upper limit of current = motor resistance / resistance to limit the starting current(b) lower limit of current / upper limit of current = (motor resistance / resistance to limit the starting current)^1/number of resistance(c) lower limit of current / upper limit of current = (motor resistance * resistance to limit the starting current)^1/number of resistance(d) lower limit of current / upper limit of current = motor resistance * resistance to limit the starting currentThis question was addressed to me in an interview for internship.I want to ask this question from Motor Starters, Calculation of Resistance Steps & Design of Field Regulators topic in section Design of Small Electrical Machines, Starters and Field Regulators of Design of Electrical Machines
• What is the relation of the ratio of rotor current limits and the ratio of lower limit to upper limit current?(a) ratio of rotor current limits = ratio of lower limit to upper limit current(b) ratio of rotor current limits > ratio of lower limit to upper limit current(c) ratio of rotor current limits < ratio of lower limit to upper limit current(d) no relation between ratio of rotor current limits andratio of lower limit to upper limit currentI got this question in an international level competition.I want to ask this question from Motor Starters, Calculation of Resistance Steps & Design of Field Regulators topic in division Design of Small Electrical Machines, Starters and Field Regulators of Design of Electrical Machines
• What is the concept of notching operation?(a) process of decreasing the voltage(b) process of increasing the efficiency(c) process of cutting out the resistance(d) process of adding on the resistanceI got this question in homework.My query is from Motor Starters, Calculation of Resistance Steps & Design of Field Regulators in chapter Design of Small Electrical Machines, Starters and Field Regulators of Design of Electrical Machines
• How many machines are considered in the calculation of the resistance steps?(a) 2(b) 3(c) 4(d) 5The question was posed to me during a job interview.My question is from Motor Starters, Calculation of Resistance Steps & Design of Field Regulators in chapter Design of Small Electrical Machines, Starters and Field Regulators of Design of Electrical Machines