Pro Tip<\/p>\n
You can build engaging online quizzes with our free online quiz maker<\/a>.<\/p>\n<\/div>\n Modularity and Package-Based Architecture: Ada encourages the use of modular programming through packages, which allow developers to encapsulate related data and procedures. Packages help organize code and facilitate code reuse.<\/p>\n Object-Oriented Programming (OOP) Features: While Ada is not a purely object-oriented language, it does support object-oriented principles such as encapsulation, inheritance, and polymorphism.<\/p>\n 1. What is the primary focus of Ada programming language? 2. Who is considered the first computer programmer and after whom the Ada programming language is named? 3. Which of the following is true about Ada’s type system? 4. What is the syntax used to declare a variable in Ada? 5. In Ada, which keyword is used to create a new scope? 6. Ada is especially well-suited for which type of applications? 7. What does the ‘pragma’ keyword in Ada allow you to do? 8. In Ada, what is the purpose of the “end loop;” statement? 9. Which Ada construct is used for error handling and graceful program termination? 10. What does a protected type in Ada allow you to do? 11. How is a task defined in Ada? 12. What is the purpose of the “delay” statement in Ada? 13. What is the correct syntax to define an array in Ada? 14. How are arrays accessed in Ada? 15. Which package is used for handling input and output in Ada?Article outline<\/h3>\n
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<\/p>\nPart 1: 30 Ada quiz questions & answers<\/h3>\n
\n a) Performance optimization
\n b) Web development
\n c) Safety and reliability
\n d) Game development
\n Answer: c) Safety and reliability<\/p>\n
\n a) Grace Hopper
\n b) Ada Lovelace
\n c) Alan Turing
\n d) Charles Babbage
\n Answer: b) Ada Lovelace<\/p>\n
\n a) It allows implicit type conversions.
\n b) It enforces strong typing and explicit type declarations.
\n c) It automatically infers data types based on usage.
\n d) It allows the use of dynamic typing for flexibility.
\n Answer: b) It enforces strong typing and explicit type declarations.<\/p>\n
\n a) let var_name: data_type;
\n b) define var_name as data_type;
\n c) var_name := data_type;
\n d) var_name: data_type;
\n Answer: d) var_name: data_type;<\/p>\n
\n a) scope
\n b) block
\n c) module
\n d) package
\n Answer: b) block<\/p>\n
\n a) Web development
\n b) Mobile apps
\n c) Safety-critical systems
\n d) Scientific simulations
\n Answer: c) Safety-critical systems<\/p>\n
\n a) Define a new data type
\n b) Import external libraries
\n c) Provide compiler instructions or control aspects of program execution
\n d) Declare a constant value
\n Answer: c) Provide compiler instructions or control aspects of program execution<\/p>\n
\n a) Terminate the program execution
\n b) End the current loop iteration and proceed to the next iteration
\n c) Close a file
\n d) Indicate the end of a loop block
\n Answer: b) End the current loop iteration and proceed to the next iteration<\/p>\n
\n a) try-catch block
\n b) on exception
\n c) raise statement
\n d) catch exception
\n Answer: b) on exception<\/p>\n
\n a) Define a thread-safe data structure with synchronized access methods
\n b) Create a read-only variable
\n c) Implement encapsulation and inheritance
\n d) Enable dynamic type casting
\n Answer: a) Define a thread-safe data structure with synchronized access methods<\/p>\n
\n a) task type TaskName is
\n b) define task TaskName as
\n c) new TaskName is
\n d) task TaskName:
\n Answer: a) task type TaskName is<\/p>\n
\n a) Pause program execution for a specified duration
\n b) Interrupt a running task and move it to the back of the task queue
\n c) Halt the program and print an error message
\n d) Delay the compilation process
\n Answer: a) Pause program execution for a specified duration<\/p>\n
\n a) array_name [index] of data_type;
\n b) array_name (index) is data_type;
\n c) array (index) is data_type;
\n d) array_name: array (index) of data_type;
\n Answer: d) array_name: array (index) of data_type;<\/p>\n
\n a) Using square brackets [index]
\n b) Using parentheses (index)
\n c) Using the “at” keyword followed by the index
\n d) Using a period followed by the index
\n Answer: a) Using square brackets [index]<\/p>\n
\n a) system.io
\n b) io.streams
\n c) ada.io
\n d) ada.text_io
\n Answer: d) ada.text_io<\/p>\nPart 2: Download Ada questions & answers for free<\/h3>\n