Related InterviewSolutions

• If the traction resistance is equal to the total running resistance, then which of the following will happen?(a) The vehicle will accelerate(b) The vehicle will decelerate(c) The vehicle will run at a constant velocity(d) The vehicle will come to restThis question was posed to me in an interview for internship.I need to ask this question from Vehicles and Powertrain in portion Emission Control Methods, Electric & Conventional Vehicles of Automobile Engineering
• If Frolling = 150 N, Faerodynamic = 400 N, Ftraction = 600 N, Fgradient = 0 N, what is the net force acting on the vehicle?(a) 100 N(b) 50 N(c) 550 N(d) 750 NThe question was posed to me in exam.This intriguing question comes from Vehicles and Powertrain topic in section Emission Control Methods, Electric & Conventional Vehicles of Automobile Engineering
• What will happen if the vehicle is made 50% heavier, but all other parameters remain the same?(a) The running resistance will decrease(b) The running resistance will increase(c) The running resistance will remain the same(d) The aerodynamic resistance will increase by a factor of 1.5 squaredThis question was addressed to me in homework.I would like to ask this question from Vehicles and Powertrain in section Emission Control Methods, Electric & Conventional Vehicles of Automobile Engineering
• Which one of the curves below represents a road gradient of 10%, if the mass of the vehicle is 1 ton?(a) B(b) A(c) D(d) CI got this question during an interview.This is a very interesting question from Vehicles and Powertrain topic in portion Emission Control Methods, Electric & Conventional Vehicles of Automobile Engineering
• Suppose the vehicle is running at a constant speed on the flat road with rolling resistance = 100 N and aerodynamic resistance = 100 N, what is the traction force required?(a) 100 N(b) 0 N(c) 200 N(d) 50 NThe question was posed to me in an interview for internship.The query is from Vehicles and Powertrain topic in portion Emission Control Methods, Electric & Conventional Vehicles of Automobile Engineering
• What will happen if the traction force is negative?(a) The vehicle will accelerate(b) The vehicle will decelerate(c) The vehicle will first accelerate and then decelerate(d) The vehicle will run at a constant speedThis question was posed to me in an online quiz.This interesting question is from Vehicles and Powertrain in portion Emission Control Methods, Electric & Conventional Vehicles of Automobile Engineering
• Three-way catalytic converters reduce the emission of CO, HC, and soot.(a) True(b) FalseThe question was asked in final exam.Origin of the question is Engine Emissions in section Emission Control Methods, Electric & Conventional Vehicles of Automobile Engineering
• What is running resistance of the vehicle?(a) Rolling resistance(b) Aerodynamic resistance(c) Sum of rolling and aerodynamic resistance(d) Traction forceI had been asked this question in an online interview.This intriguing question originated from Vehicles and Powertrain in chapter Emission Control Methods, Electric & Conventional Vehicles of Automobile Engineering
• What can be reduced by using exhaust gas recirculation (EGR) effectively?(a) CO(b) NOx(c) HC(d) CO and HCI have been asked this question in class test.This question is from Engine Emissions in division Emission Control Methods, Electric & Conventional Vehicles of Automobile Engineering
• Which of the following cannot be reduced by thermal converters?(a) CO(b) HC(c) Soot(d) NOxThis question was addressed to me by my college professor while I was bunking the class.This question is from Engine Emissions topic in chapter Emission Control Methods, Electric & Conventional Vehicles of Automobile Engineering