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
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