C programming MCQ
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1.Problem Solving Aspects |
1.Problem Solving Aspects
1.Introduction to problem solving using computers.
2.Problem solving steps.
3.Algorithms-definition, characteristics , examples
,advantages and limitations.
4.Flowcharts - definition, notations , examples , advantages
and limitations, Comparison with algorithms.
5.Pseudo codes - notations, examples, advantages and
limitations.
6.Programming Languages as tools, programming paradigms, types
of languages
7.Converting pseudo-code to programs.
8.Compilation process (compilers , interpreters), linking and
loading, syntax and semantic errors, testing a program
9.Good Programming Practices (naming conventions ,
documentation, indentation).
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2. ‘C’ Fundamentals |
2.‘C’ Fundamentals 1.History of ‘C’ language.
2.Application areas.
3. Structure of a ‘C’ program
4.‘C’ Program development life cycle
5.Function as building blocks.
6. ‘C’ tokens
7. Character set, Keywords , Identifiers
8.Variables, Constants (character, integer, float, string,
escape sequences, enumeration constant).
9.Data Types (Built-in and user defined data types).
10.Operators, Expressions, types of operators, Operator
precedence and Order of evaluation.
11.Character input and output.
12.String input and output.
13.Formatted input and output.
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3. Control Structures |
3. Control Structures
1. Decision making structures:- if ,if-else, switch and
conditional operator.
2. Loop control structures:- while ,do while, for.
3. Use of break and continue.
4. Nested structures.
5. Unconditional branching (goto statement).
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4. Functions |
4. Functions
1. Concept of function, Advantages of Modular design.
2. Standard library functions.
3.User defined functions:- declaration , definition, function
call, parameter passing (by value),return statement.
4. Recursive functions.
5. Scope of variables and Storage classes.
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5. Arrays |
5. Arrays 1. Concept of array.
2. Types of Arrays – One , Two and Multidimensional array.
3.Array Operations - declaration, initialization, accessing
array elements.
4. Memory representation of two-dimensional array (row major
and column major)
5. Passing arrays to function.
6. Array applications - Finding maximum and minimum, Counting
occurrences, Linear search, Sorting an array (Simple exchange sort,
bubble sort), Merging two sorted arrays, Matrix operations (trace of
matrix, addition, transpose, multiplication, symmetric, upper/ lower
triangular matrix )
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6. Pointers |
6. Pointers
1. Introduction to Pointers.
2. Declaration, definition, initialization, dereferencing.
3.Pointer arithmetic.
4. Relationship between Arrays & Pointers- Pointer to array,
Array of pointers.
5. Multiple indirection (pointer to pointer).
6. Functions and pointers- Passing pointer to function,
Returning pointer from function, Function pointer.
7. Dynamic memory management- Allocation(malloc(),calloc()),
Resizing(realloc()),Releasing(free()).,
8. Memory leak, dangling pointers.
9. Memory leak, dangling pointers.
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7. Strings |
7. Strings
1.String Literals, string variables, declaration, definition, initialization.
2. Syntax and use of predefined string functions
3.Array of strings.
4. Strings and Pointers
5. Command line arguments.
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8. Structures And Unions |
8. Structures And Unions
1.Concept of structure, definition and initialization, use of typedef.
2. Accessing structure members.
3.Nested Structures
4. Arrays of Structures
5. Structures and functions- Passing each member of structure as a separate argument, Passing
structure by value / address.
6. Pointers and structures.
7. Concept of Union, declaration, definition, accessing union members.
8. Difference between structures and union.
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9. File Handling |
9. File Handling
1.Introduction to streams.
2. Types of files.
3.Operations on text files.
4. Standard library input/output functions.
5. Random access to files.
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10. Preprocessor |
10. Preprocessor
1. Role of Preprocessor
2. Format of preprocessor directive
3.File inclusion directives (#include)
4. Macro substitution directive, argumented and nested macro
5. Macros versus functions
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