Answer these 100 Mechatronics MCQs and assess your grip on the subject of Mechatronics.
Scroll below and get started!
A. Magnetometer
B. Gyroscope
C. Accelerometer
A. Microelectromechanical systems
B. Magnetism
C. Piezoelectric crystals
D. Microfluidic systems
E. Piezoelectric materials
A. Actuator Mechanism
B. System
C. Load
D. Mechanism
E. Torque
A. Applying a force or displacement
B. Causing a change in the system's state
C. Generating power
D. Controlling a valve
E. Regulating a system's output
A. Human control
B. Animal control
C. Hydraulic control
D. Electric motor control
E. Computer control
A. Steam
B. Acoustic
C. Magnetic
D. Electric
A. Direct current
B. Wireless power
C. True RMS
D. Alternating current
A. Control-signal-level voltage or amperage
B. Amplitude-modulated digital signal
C. Continuously variable DC power
D. Carrier frequency
E. Control-signal-level current or power
A. Analog-to-Digital converter
B. Digital Audio Converter
C. Digital-Analog converter
D. Digital-to-Analog converter
A. 1 ampere
B. 5
C. 3
D. 1 million
E. 1
A. The SI unit for electric potential energy
B. The unit of electric capacitance
C. A unit of electric power
D. The metric unit of measurement for an electric current
E. A unit of electrical capacity
A. A graphing calculator
B. The 'Real World'
C. A calculator
D. A digital display
E. A computer
A. Using analog signals to transmit information
B. A specific type of electrical signal
C. Creating numbers that are precise, but don't change over time
D. Having a continuous record of events
E. Having to do with the 'Real World'
A. Parallel
B. Asynchronous
C. Serial
A. A type of security system
B. Used to describe a network connection
C. A type of electrical outlet
D. Used to describe a computer connection
E. Used to describe a telephone connection
A. Radio
B. Battery
C. Generator
D. Solar panel
A. Sensor measurements
B. Instrument readings
C. Calibrating sensors
D. Transducer outputs
E. Sampling frequency
A. The transducer's response to a reference input
B. The transducer's response to the environment
C. The manufacturer's published displacement value
D. The sensor's nominal range
E. The outputs of a reference standard
A. Capacitor
B. Battery
C. Superconductor
D. Magnet
A. Acid
B. Electrical charge
C. Air
D. Gasoline
A. Faraday’s law
B. Law of Gauss
C. Law of Electric Potential
D. Coulomb’s law
E. Ohm’s law
A. The tendency of charged particles to avoid each other
B. The attractive or repulsive electric force between two charged objects
C. The force that causes an object to accelerate
D. The force that holds an object together
E. The mathematical relationship between electric potential and electric current
A. Rotor
B. Magnet
C. Relay
D. Commutator
A. Generating electricity
B. Reversing the direction of current
C. Converting energy from one form to another
D. Moving charges around
E. Producing electricity
A. Resistor
B. Capacitor
C. Fuse
D. Diode
A. A metal object
B. A rubber band
C. A magnet
D. An electric current
E. A metal conductor
A. Liquid
B. Electrical conductor
C. A liquid
D. A solid
E. Gas
A. A material that can easily become a conductor when an electric current is applied; a semiconductor
B. A material that conducts electricity very well; an electrically conductive material
C. A material that carries an electric current but not a lot of it; a conductor
D. A material that won’t ordinarily carry an electric current; a nonconductor
A. Conductor
B. A nonconductor
C. A conductor
D. Insulator
E. A metal
A. A flow of electrons
B. A difference in electric conductivity
C. A current flow
D. A difference in electric potential
E. A difference in electric charge
A. Electrical circuit
B. Atomic nucleus
C. Magnetic field
D. Metal
E. Gas
A. Gasoline engine
B. Electric motor
C. Steam engine
A. Heat
B. Kinetic energy
C. Nuclear energy
D. Mechanical energy
E. Chemical energy
A. Facility C a nursing home
B. A doctor's office
C. Facility B a hospital
D. Facility A structure designed and constructed for a particular purpose, such as a medical facility
E. A hospital
A. A mass storage system
B. A particular purpose
C. A broadcast waveform
D. A place to sleep
E. Storage
A. Liquid
B. Magnetic
C. Gas
D. Radio Frequency
E. Electric
A. Electric field
B. Electrical current
C. Magnetic field
D. Conducting path
E. Electromagnetic radiation
A. The science of fluids in motion
B. A machine used to move goods by water or air power
C. Systems that use the displacement of fluids to create mechanical work
D. The study of fluids and their behavior in a mechanical system
E. A natural science that studies fluids and their characteristics
A. Hydroelectric
B. Hydraulics
C. Pump
D. Fluid dynamics
E. Liquefaction
A. 3
B. 2
C. 1
A. Km
B. Hertz
C. Second
D. Kelvin
A. 746 watts
B. 1 horsepower
C. 1,500 watts
D. 1,000 watts
A. Ability to travel a certain distance in a set time
B. Power that can be extracted from an engine
C. How much work a horse can do in one minute
D. Unit to measure the amount of power produced
E. A tool used to measure acceleration or speed
A. Change in current
B. Noise
C. Electrical interference
D. Electrical noise
E. Electromagnetic radiation
A. Resistor
B. Filter
C. Resonator
D. Inductor
E. Capacitor
A. Transmitter
B. Amplifier
C. Receiver
D. Multiplexer
A. Changing the output signal
B. Switching between multiple input signals
C. Transmission of multiple signals on the same line
D. Separation of different audio channels
E. Selection of input signals
A. Parallel circuit
B. Series circuit
A. Radio
B. Mechanical
C. Computer
D. Chemical
E. Electrical
A. Potentiometer
B. Ohmmeter
C. Voltmeter
D. Multimeter