Q.1
In what aspect, HDLs differ from other computer programming languages?
  • a) No aspect; both are same
  • b) HDLs describe hardware rather than executing a program on a computer
  • c) HDLs describe software and not hardware
  • d) Other computer programming languages have more complexity
Q.2
Which of the following HDLs are IEEE standards?
  • a) VHDL and Verilog
  • b) C and C++
  • c) Altera and Xilinx
  • d) Quartus II and MaxPlus II
Q.3
Why we needed HDLs while having many traditional Programming languages?
  • a) Traditional programming languages are complex
  • b) HDLs are complementary to traditional programming languages to complete the design process
  • c) Some characteristics of digital hardware couldn’t be captured by traditional languages
  • d) HDLs offer more complexity than traditional programming languages.
Q.4
An HDL can’t describe Hardware at Gate level as well as switch level?
  • a) True
  • b) False
Q.5
Why do we need concurrent processing for describing digital systems in HDLs?
  • a) Faster processing than conventional programming languages
  • b) Concurrent processing is easier than sequential processing
  • c) It allows taking timing constraints into consideration
  • d) Complexity of digital systems needs concurrent processing
Q.6
An ASIC can be correctly designed by using programming languages like C or Assembly.
  • a) True
  • b) False
Q.7
VHDL is based on which of the following programming languages?
  • a) ADA programming language
  • b) C
  • c) Assembly
  • d) PHP
Q.8
What is the advantage of using VHDL instead of any other HDL?
  • a) Week typing
  • b) Based on ADA
  • c) Portability
  • d) Easy to code
Q.9
Which of the following is a characteristic of VHDL?
  • a) Case sensitive
  • b) Use of simple data types
  • c) Based on C programming language
  • d) Strongly typed language
Q.10
Which of the following is a characteristic of Verilog HDL?
  • a) Strongly typed language
  • b) Case sensitive
  • c) Better library
  • d) Not portable
0 h : 0 m : 1 s