Practice Mechatronics Interview Multiple Choice Questions with Answers Quiz-1 - MCQGeeks.com

Q.1.

In the mechatronics design process, what is the role of modelling?

a) Making understandable and behavioural models of physical phenomena
b) Numerical strategies for solving models
c) Information for maintaining project data
d) To supply efficient high-level source code

Q.2.

Numerical strategies for affected improvement and performance functions supported model parameters and signals is called as ____

a) simulation
b) design
c) modelling
d) project management

Q.3.

Simulation provides numerical strategies for solving models containing differential, discrete, hybrid, partial and implicit non-linear equations.

a) True
b) False

Q.4.

The function of the code generator is ____

a) project management
b) simulation
c) numerical strategies for solving models
d) to supply efficient high-level source code

Q.5.

Hardware approach in integrated design approach in mechatronics is ____

a) advanced control functions
b) bringing together sensors, actuators and computers in one system
c) to provide built-in intelligence
d) to provide a coherent framework of component interactions

Q.6.

In the integrated design approach, a coherent framework is provided through control systems.

a) True
b) False

Q.7.

The built-in intelligence provided through ____

a) Advanced control functions
b) Real-time programming
c) Control systems
d) Integrated design approach

Q.8.

In mechatronics system design phase, prototyping phase consists of ____

a) hardware in loop simulation and design optimization
b) deployment of software
c) finding the mathematical model
d) selecting Sensors and Actuators

Q.9.

How is the integration of mechatronics system possible?

a) By use of control systems
b) By combining hardware and software
c) By providing built-in intelligence
d) By providing efficient high-level source code

Q.10.

The function of project management is ____

a) providing information for maintaining data and Sub models
b) deployment of software
c) real-time programming
d) integrated design approach