C Language Interview Questions Answers Freshers Pdf To Jpg

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1) How do you construct an increment statement or decrement statement in C?

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There are actually two ways you can do this. One is to use the increment operator ++ and decrement operator –. For example, the statement “x++” means to increment the value of x by 1. Likewise, the statement “x –” means to decrement the value of x by 1. Another way of writing increment statements is to use the conventional + plus sign or – minus sign. In the case of “x++”, another way to write it is “x = x +1”.

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2) What is the difference between Call by Value and Call by Reference?

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When using Call by Value, you are sending the value of a variable as parameter to a function, whereas Call by Reference sends the address of the variable. Also, under Call by Value, the value in the parameter is not affected by whatever operation that takes place, while in the case of Call by Reference, values can be affected by the process within the function.

3) Some coders debug their programs by placing comment symbols on some codes instead of deleting it. How does this aid in debugging?

Placing comment symbols /* */ around a code, also referred to as “commenting out”, is a way of isolating some codes that you think maybe causing errors in the program, without deleting the code. The idea is that if the code is in fact correct, you simply remove the comment symbols and continue on. It also saves you time and effort on having to retype the codes if you have deleted it in the first place.

4) What is the equivalent code of the following statement in WHILE LOOP format?

C Language Interview Questions Answers Freshers Pdf To Jpg Download</h3><p>A stack is one form of a data structure. Data is stored in stacks using the FILO (First In Last Out) approach. At any particular instance, only the top of the stack is accessible, which means that in order to retrieve data that is stored inside the stack, those on the upper part should be extracted first. Storing data in a stack is also referred to as a PUSH, while data retrieval is referred to as a POP.</p><p><strong>6) What is a sequential access file?</strong></p><p>When writing programs that will store and retrieve data in a file, it is possible to designate that file into different forms. A sequential access file is such that data are saved in sequential order: one data is placed into the file after another. To access a particular data within the sequential access file, data has to be read one data at a time, until the right one is reached.</p><p><strong>7) What is variable initialization and why is it important?</strong></p><p>This refers to the process wherein a variable is assigned an initial value before it is used in the program. Without initialization, a variable would have an unknown value, which can lead to unpredictable outputs when used in computations or other operations.</p><p><strong>8 What is spaghetti programming?</strong></p><p>Spaghetti programming refers to codes that tend to get tangled and overlapped throughout the program. This unstructured approach to coding is usually attributed to lack of experience on the part of the programmer. Spaghetti programing makes a program complex and analyzing the codes difficult, and so must be avoided as much as possible.</p><p><strong>9) Differentiate Source Codes from Object Codes</strong></p><p>Source codes are codes that were written by the programmer. It is made up of the commands and other English-like keywords that are supposed to instruct the computer what to do. However, computers would not be able to understand source codes. Therefore, source codes are compiled using a compiler. The resulting outputs are object codes, which are in a format that can be understood by the computer processor. In C programming, source codes are saved with the file extension .C, while object codes are saved with the file extension .OBJ</p><p><strong>10) In C programming, how do you insert quote characters (‘ and “) into the output screen? </strong></p><p>This is a common problem for beginners because quotes are normally part of a printf statement. To insert the quote character as part of the output, use the format specifiers ’ (for single quote), and ” (for double quote).</p><p><strong>11) What is the use of a ‘0’ character?</strong></p><p>It is referred to as a terminating null character, and is used primarily to show the end of a string value.</p><p><strong>12) What is the difference between the = symbol and symbol?</strong></p><p>The = symbol is often used in mathematical operations. It is used to assign a value to a given variable. On the other hand, the symbol, also known as “equal to” or “equivalent to”, is a relational operator that is used to compare two values.</p><p><strong>13) What is the modulus operator?</strong></p><p>The modulus operator outputs the remainder of a division. It makes use of the percentage (%) symbol. For example: 10 % 3 = 1, meaning when you divide 10 by 3, the remainder is 1.</p><p><strong>14) What is a nested loop?</strong></p><p>A nested loop is a loop that runs within another loop. Put it in another sense, you have an inner loop that is inside an outer loop. In this scenario, the inner loop is performed a number of times as specified by the outer loop. For each turn on the outer loop, the inner loop is first performed.</p><p><strong>15) Which of the following operators is incorrect and why? ( >=, <=, <>, )</strong></p><p><> is incorrect. While this operator is correctly interpreted as “not equal to” in writing conditional statements, it is not the proper operator to be used in C programming. Instead, the operator != must be used to indicate “not equal to” condition.</p><p><strong>16) Compare and contrast compilers from interpreters.</strong></p><p>Compilers and interpreters often deal with how program codes are executed. Interpreters execute program codes one line at a time, while compilers take the program as a whole and convert it into object code, before executing it. The key difference here is that in the case of interpreters, a program may encounter syntax errors in the middle of execution, and will stop from there. On the other hand, compilers check the syntax of the entire program and will only proceed to execution when no syntax errors are found.</p><p><strong>17) How do you declare a variable that will hold string values? </strong></p><p>The char keyword can only hold 1 character value at a time. By creating an array of characters, you can store string values in it. Example: “char MyName[50]; ” declares a string variable named MyName that can hold a maximum of 50 characters.</p><p><strong>18) Can the curly brackets { } be used to enclose a single line of code?</strong></p><p>While curly brackets are mainly used to group several lines of codes, it will still work without error if you used it for a single line. Some programmers prefer this method as a way of organizing codes to make it look clearer, especially in conditional statements.</p><p><strong>19) What are header files and what are its uses in C programming?</strong></p><p>Header files are also known as library files. They contain two essential things: the definitions and prototypes of functions being used in a program. Simply put, commands that you use in C programming are actually functions that are defined from within each header files. Each header file contains a set of functions. For example: stdio.h is a header file that contains definition and prototypes of commands like printf and scanf.</p><p><strong>20) What is syntax error?</strong></p><p>Syntax errors are associated with mistakes in the use of a programming language. It maybe a command that was misspelled or a command that must was entered in lowercase mode but was instead entered with an upper case character. A misplaced symbol, or lack of symbol, somewhere within a line of code can also lead to syntax error.</p><p><strong>21) What are variables and it what way is it different from constants?</strong></p><p>Variables and constants may at first look similar in a sense that both are identifiers made up of one character or more characters (letters, numbers and a few allowable symbols). Both will also hold a particular value. Values held by a variable can be altered throughout the program, and can be used in most operations and computations. Constants are given values at one time only, placed at the beginning of a program. This value is not altered in the program. For example, you can assigned a constant named PI and give it a value 3.1415 . You can then use it as PI in the program, instead of having to write 3.1415 each time you need it.</p><p><strong>22) How do you access the values within an array?</strong></p><p>Arrays contain a number of elements, depending on the size you gave it during variable declaration. Each element is assigned a number from 0 to number of elements-1. To assign or retrieve the value of a particular element, refer to the element number. For example: if you have a declaration that says “intscores[5];”, then you have 5 accessible elements, namely: scores[0], scores[1], scores[2], scores[3] and scores[4].</p><p><strong>23) Can I use “int” data type to store the value 32768? Why?</strong></p><p>No. “int” data type is capable of storing values from -32768 to 32767. To store 32768, you can use “long int” instead. You can also use “unsigned int”, assuming you don’t intend to store negative values.</p><p><strong>24) Can two or more operators such as n and t be combined in a single line of program code?</strong></p><p>Yes, it’s perfectly valid to combine operators, especially if the need arises. For example: you can have a code like ” printf (“Hellonn’World'”) ” to output the text “Hello” on the first line and “World” enclosed in single quotes to appear on the next two lines.</p><p><strong>25) Why is it that not all header files are declared in every C program?</strong></p><p>The choice of declaring a header file at the top of each C program would depend on what commands/functions you will be using in that program. Since each header file contains different function definitions and prototype, you would be using only those header files that would contain the functions you will need. Declaring all header files in every program would only increase the overall file size and load of the program, and is not considered a good programming style.</p><p><strong>26) When is the “void” keyword used in a function?</strong></p><p>When declaring functions, you will decide whether that function would be returning a value or not. If that function will not return a value, such as when the purpose of a function is to display some outputs on the screen, then “void” is to be placed at the leftmost part of the function header. When a return value is expected after the function execution, the data type of the return value is placed instead of “void”.</p><p><strong>27) What are compound statements?</strong></p><p>Compound statements are made up of two or more program statements that are executed together. This usually occurs while handling conditions wherein a series of statements are executed when a TRUE or FALSE is evaluated. Compound statements can also be executed within a loop. Curly brackets { } are placed before and after compound statements.</p><p><strong>28) What is the significance of an algorithm to C programming?</strong></p><p>Before a program can be written, an algorithm has to be created first. An algorithm provides a step by step procedure on how a solution can be derived. It also acts as a blueprint on how a program will start and end, including what process and computations are involved.</p><p><strong>29) What is the advantage of an array over individual variables?</strong></p><p>When storing multiple related data, it is a good idea to use arrays. This is because arrays are named using only 1 word followed by an element number. For example: to store the 10 test results of 1 student, one can use 10 different variable names (grade1, grade2, grade3… grade10). With arrays, only 1 name is used, the rest are accessible through the index name (grade[0], grade[1], grade[2]… grade[9]).</p><p><strong>30) Write a loop statement that will show the following output:</strong></p><p>1</p><p>12</p><p>123</p><p>1234</p><p>12345</p><p>Answer:</p><div><textarea wrap='soft' readonly='>for (a=1; a&lt;=5; i++) {for (b=1; b&lt;=a; b++)printf(&quot;%d&quot;,b);printf(&quot;n&quot;);}

31) What is wrong in this statement? scanf(“%d”,whatnumber);

An ampersand & symbol must be placed before the variable name whatnumber. Placing & means whatever integer value is entered by the user is stored at the “address” of the variable name. This is a common mistake for programmers, often leading to logical errors.

32) How do you generate random numbers in C?

Random numbers are generated in C using the rand() command. For example: anyNum = rand() will generate any integer number beginning from 0, assuming that anyNum is a variable of type integer.

33) What could possibly be the problem if a valid function name such as tolower() is being reported by the C compiler as undefined?

The most probable reason behind this error is that the header file for that function was not indicated at the top of the program. Header files contain the definition and prototype for functions and commands used in a C program. In the case of “tolower()”, the code “#include <ctype.h>” must be present at the beginning of the program.

34) What are comments and how do you insert it in a C program?

Comments are a great way to put some remarks or description in a program. It can serves as a reminder on what the program is all about, or a description on why a certain code or function was placed there in the first place. Comments begin with /* and ended by */ characters. Comments can be a single line, or can even span several lines. It can be placed anywhere in the program.

35) What is debugging?

Debugging is the process of identifying errors within a program. During program compilation, errors that are found will stop the program from executing completely. At this state, the programmer would look into the possible portions where the error occurred. Debugging ensures the removal of errors, and plays an important role in ensuring that the expected program output is met.

36) What does the && operator do in a program code?

The && is also referred to as AND operator. When using this operator, all conditions specified must be TRUE before the next action can be performed. If you have 10 conditions and all but 1 fails to evaluate as TRUE, the entire condition statement is already evaluated as FALSE.

37) In C programming, what command or code can be used to determine if a number of odd or even?

There is no single command or function in C that can check if a number is odd or even. However, this can be accomplished by dividing that number by 2, then checking the remainder. If the remainder is 0, then that number is even, otherwise, it is odd. You can write it in code as:

Interview Answers</h3><p>Multidimensional arrays are capable of storing data in a two or more dimensional structure. For example, you can use a 2 dimensional array to store the current position of pieces in a chess game, or position of players in a tic-tac-toe program.</p><p><strong>77) Which function in C can be used to append a string to another string?</strong></p><p>The strcat function. It takes two parameters, the source string and the string value to be appended to the source string.</p><p><strong>78) What is the difference between functions getch() and getche()?</strong></p><p>Both functions will accept a character input value from the user. When using getch(), the key that was pressed will not appear on the screen, and is automatically captured and assigned to a variable. When using getche(), the key that was pressed by the user will appear on the screen, while at the same time being assigned to a variable.</p><p><strong>79) Dothese two program statements perform the same output? 1) scanf(“%c”, &letter); 2) letter=getchar()</strong></p><p>Yes, they both do the exact same thing, which is to accept the next key pressed by the user and assign it to variable named letter.</p><p><strong>80) What are structure types in C?</strong></p><p>Structure types are primarily used to store records. A record is made up of related fields. This makes it easier to organize a group of related data.</p><p><strong>81) What does the characters “r” and “w” mean when writing programs that will make use of files?</strong></p><p>“r” means “read” and will open a file as input wherein data is to be retrieved. “w” means “write”, and will open a file for output. Previous data that was stored on that file will be erased.</p><p><strong>82) What is the difference between text files and binary files?</strong></p><p>Text files contain data that can easily be understood by humans. It includes letters, numbers and other characters. On the other hand, binary files contain 1s and 0s that only computers can interpret.</p><p><strong>83) is it possible to create your own header files?</strong></p><p>Yes, it is possible to create a customized header file. Just include in it the function prototypes that you want to use in your program, and use the #include directive followed by the name of your header file.</p><p><strong>84) What is dynamic data structure?</strong></p><p>Dynamic data structure provides a means for storing data more efficiently into memory. Using dynamic memory allocation, your program will access memory spaces as needed. This is in contrast to static data structure, wherein the programmer has to indicate a fix number of memory space to be used in the program.</p><p><strong>85) What are the different data types in C?</strong></p><p>The basic data types are int, char, and float. Int is used to declare variables that will be storing integer values. Float is used to store real numbers. Char can store individual character values.</p><p><strong>86) What is the general form of a C program?</strong></p><p>A C program begins with the preprocessor directives, in which the programmer would specify which header file and what constants (if any) to be used. This is followed by the main function heading. Within the main function lies the variable declaration and program statement.</p><p><strong>87) What is the advantage of a random access file?</strong></p><p>If the amount of data stored in a file is fairly large, the use of random access will allow you to search through it quicker. If it had been a sequential access file, you would have to go through one record at a time until you reach the target data. A random access file lets you jump directly to the target address where data is located.</p><p><strong>88) In a switch statement, what will happen if a break statement is omitted?</strong></p><p>If a break statement was not placed at the end of a particular case portion? It will move on to the next case portion, possibly causing incorrect output.</p><p><strong>89) Describe how arrays can be passed to a user defined function</strong></p><p>One thing to note is that you cannot pass the entire array to a function. Instead, you pass to it a pointer that will point to the array first element in memory. To do this, you indicate the name of the array without the brackets.</p><p><strong>90) What are pointers?</strong></p><p>Pointers point to specific areas in the memory. Pointers contain the address of a variable, which in turn may contain a value or even an address to another memory.</p><p><strong>91) Can you pass an entire structure to functions?</strong></p><p>Yes, it is possible to pass an entire structure to a function in a call by method style. However, some programmers prefer declaring the structure globally, then pass a variable of that structure type to a function. This method helps maintain consistency and uniformity in terms of argument type.</p><p><strong>92) What is gets() function?</strong></p><p>The gets() function allows a full line data entry from the user. When the user presses the enter key to end the input, the entire line of characters is stored to a string variable. Note that the enter key is not included in the variable, but instead a null terminator 0 is placed after the last character.</p><p><strong>93) The % symbol has a special use in a printf statement. How would you place this character as part of the output on the screen?</strong></p><p>You can do this by using %% in the printf statement. For example, you can write printf(“10%%”) to have the output appear as 10% on the screen.</p><p><strong>94) How do you search data in a data file using random access method?</strong></p><p>Use the fseek() function to perform random access input/ouput on a file. After the file was opened by the fopen() function, the fseek would require three parameters to work: a file pointer to the file, the number of bytes to search, and the point of origin in the file.</p><p><strong>95) Are comments included during the compilation stage and placed in the EXE file as well?</strong></p><p>No, comments that were encountered by the compiler are disregarded. Comments are mostly for the guidance of the programmer only and do not have any other significant use in the program functionality.</p><p><strong>96) Is there a built-in function in C that can be used for sorting data?</strong></p><p>Yes, use the qsort() function. It is also possible to create user defined functions for sorting, such as those based on the balloon sort and bubble sort algorithm.</p><p><strong>97) What are the advantages and disadvantages of a heap?</strong></p><p>Storing data on the heap is slower than it would take when using the stack. However, the main advantage of using the heap is its flexibility. That’s because memory in this structure can be allocated and remove in any particular order. Slowness in the heap can be compensated if an algorithm was well designed and implemented.</p><p><strong>98) How do you convert strings to numbers in C?</strong></p><p>You can write you own functions to do string to number conversions, or instead use C’s built in functions. You can use atof to convert to a floating point value, atoi to convert to an integer value, and atol to convert to a long integer value.</p><p><strong>99) Create a simple code fragment that will swap the values of two variables num1 and num2.</strong></p><table><tbody><tr><td><div><div>2</div><div>4</div><div>6</div></div></td></tr></tbody></table><p><strong>100) What is the use of a semicolon (;) at the end of every program statement?</strong></p><p>It has to do with the parsing process and compilation of the code. A semicolon acts as a delimiter, so that the compiler knows where each statement ends, and can proceed to divide the statement into smaller elements for syntax checking.</p><div><h3>You Might Like: </h3></div><p><strong>What is the difference between declaration and definition of a variable/function</strong><br /><strong>Ans:</strong> Declaration of a variable/function simply declares that the variable/function exists somewhere in the program but the memory is not allocated for them. But the declaration of a variable/function serves an important role. And that is the type of the variable/function. Therefore, when a variable is declared, the program knows the data type of that variable. In case of function declaration, the program knows what are the arguments to that functions, their data types, the order of arguments and the return type of the function. So that’s all about declaration. Coming to the definition, when we define a variable/function, apart from the role of declaration, it also allocates memory for that variable/function. Therefore, we can think of definition as a super set of declaration. (or declaration as a subset of definition). From this explanation, it should be obvious that a variable/function can be declared any number of times but it can be defined only once. (Remember the basic principle that you can’t have two locations of the same variable/function).</p><p><strong>What are different storage class specifiers in C?</strong><br /><strong>Ans:</strong> auto, register, static, extern</p><p><strong>What is scope of a variable? How are variables scoped in C?</strong><br /><strong>Ans:</strong> Scope of a variable is the part of the program where the variable may directly be accessible. In C, all identifiers are lexically (or statically) scoped. See this for more details.</p><p><strong>How will you print “Hello World” without semicolon?</strong><br /><strong>Ans:</strong></p><table border='0' cellpadding='0' cellspacing='0'><tbody><tr><td><div><div><code>int</code><code>main(</code><code>void</code><code>) </code></div><div><code>if</code><code>(</code><code>printf</code><code>(</code><code>'Hello World'</code><code>)) { </code></div><div><code>} </code></div></div></td></tr></tbody></table><p>See print “Geeks for Geeks” without using a semicolon for answer.</p><p><strong>When should we use pointers in a C program?</strong><br /><strong>1.</strong> To get address of a variable<br /><em><strong>2.</strong> For achieving pass by reference in C:</em> Pointers allow different functions to share and modify their local variables.<br /><em><strong>3.</strong> To pass large structures</em> so that complete copy of the structure can be avoided.<br /><em><strong>4.</strong> To implement “linked” data structures </em>like linked lists and binary trees.</p><p><strong>What is NULL pointer? </strong><br /><strong>Ans:</strong> NULL is used to indicate that the pointer doesn’t point to a valid location. Ideally, we should initialize pointers as NULL if we don’t know their value at the time of declaration. Also, we should make a pointer NULL when memory pointed by it is deallocated in the middle of a program.</p><p><strong>What is Dangling pointer?</strong><br /><strong>Ans:</strong> Dangling Pointer is a pointer that doesn’t point to a valid memory location. Dangling pointers arise when an object is deleted or deallocated, without modifying the value of the pointer, so that the pointer still points to the memory location of the deallocated memory. Following are examples.</p><table border='0' cellpadding='0' cellspacing='0'><tbody><tr><td><div><div><code>int</code><code>* ptr = (</code><code>int</code><code>*)</code><code>malloc</code><code>(</code><code>sizeof</code><code>(</code><code>int</code><code>)); </code></div><div><code>// ptr is a dangling pointer now and operations like following are invalid </code></div></div></td></tr></tbody></table><table border='0' cellpadding='0' cellspacing='0'><tbody><tr><td><div><div><code>int</code><code>* ptr = NULL </code></div><div><code>int</code><code>x = 10; </code></div><div><code>} </code></div><div><code>// x goes out of scope and memory allocated to x is free now. </code></div></div></td></tr></tbody></table><p><strong>What is memory leak? Why it should be avoided</strong><br /><strong>Ans:</strong> Memory leak occurs when programmers create a memory in heap and forget to delete it. Memory leaks are particularly serious issues for programs like daemons and servers which by definition never terminate.</p><table border='0' cellpadding='0' cellspacing='0'><tbody><tr><td><div><div><code>#include <stdlib.h></code></div><div><code>void</code><code>f() </code></div><div><code>int</code><code>* ptr = (</code><code>int</code><code>*)</code><code>malloc</code><code>(</code><code>sizeof</code><code>(</code><code>int</code><code>)); </code></div><div><code>/* Do some work */</code></div><div><code>return</code><code>; </code><code>/* Return without freeing ptr*/</code></div></div></td></tr></tbody></table><p><strong>What are local static variables? What is their use?</strong><br /><strong>Ans:</strong>A local static variable is a variable whose lifetime doesn’t end with a function call where it is declared. It extends for the lifetime of complete program. All calls to the function share the same copy of local static variables. Static variables can be used to count the number of times a function is called. Also, static variables get the default value as 0. For example, the following program prints “0 1”</p><table border='0' cellpadding='0' cellspacing='0'><tbody><tr><td><div><div><code>void</code><code>fun() </code></div><div><code>// static variables get the default value as 0. </code></div><div><code>printf</code><code>(</code><code>'%d '</code><code>, x); </code></div><div><code>} </code></div><div><code>int</code><code>main() </code></div><div><code>fun(); </code></div><div><code>return</code><code>0; </code></div><div><code>// Output: 0 1</code></div></div></td></tr></tbody></table><p><strong>What are static functions? What is their use?</strong><br /><strong>Ans:</strong>In C, functions are global by default. The “static” keyword before a function name makes it static. Unlike global functions in C, access to static functions is restricted to the file where they are declared. Therefore, when we want to restrict access to functions, we make them static. Another reason for making functions static can be reuse of the same function name in other files. See this for examples and more details.</p><ul><li>Practices Quizzes on C</li><li> C articles </li></ul><p>You may also like:</p><p>Commonly Asked C Programming Interview Questions | Set 2<br />Commonly Asked Java Programming Interview Questions | Set 1<br />Amazon’s most asked interview questions<br />Microsoft’s most asked interview questions<br />Accenture’s most asked Interview Questions<br />Commonly Asked OOP Interview Questions<br />Commonly Asked C++ Interview Questions<br />Commonly asked DBMS interview questions | Set 1<br />Commonly asked DBMS interview questions | Set 2<br />Commonly Asked Operating Systems Interview Questions | Set 1<br />Commonly Asked Data Structure Interview Questions.<br />Commonly Asked Algorithm Interview Questions<br />Commonly asked Computer Networks Interview Questions<br />Top 10 algorithms in Interview Questions</p><p>Please write comments if you find anything incorrect, or you want to share more information about the topic discussed above.</p><br><h3 id='job-interview-answers'>Job Interview Answers</h3><h2>Recommended Posts:</h2><h3 id='c-language-interview-questions-answers-freshers-pdf-to-jpg-free'>C Language Interview Questions Answers Freshers Pdf To Jpg Free</h3><br></p>
								 
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