introduction to programming in c nptel assignment answers week 3

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NPTEL Introduction to programming in C Programming Assignments Jan-2024 Swayam

NPTEL   »   Introduction to programming in C

Jan 2024 NPTEL course

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Week 1: Assignment 1 - Question 1

Week 1: assignment 1 - question 2, week 1: assignment 1 - question 3, week 2: assignment 2 - question 1.

There is no Question 2 provided in the assignments from the NPTEL course team.

Week 2: Assignment 2 - Question 3

Count the number of 0's between the first and last 1, week 3: assignment 3 - question 1, week 3: assignment 3 - question 2, week 3: assignment 3 - question 3.

• The first line contains a positive integer k.
• In the second line, you will be given a sequence of numbers terminated with a -1.

Week 4: Assignment 4 - Question 1

Week 4: assignment 4 - question 2, week 4: assignment 4 - question 3, week 5: assignment 5 - question 1.

•     f(7) = 22
•     f(f(7)) = f(22) = 11
•     f(f(f(7))) = f(11) = 34
•     f(34) = 17
•     f(17) = 52
•     f(52) = 26
•     f(26) = 13
•     f(13) = 40
•     f(40) = 20
•     f(20) = 10
•     f(10) = 5
•     f(5) = 16
•     f(16) = 8
•     f(8) = 4
•     f(4) = 2
•     f(2) = 1

Week 5: Assignment 5 - Question 2

Week 6: assignment 6 - question 1, week 6: assignment 6 - question 2, week 6: assignment 6 - question 3, week 7: assignment 7 - question 1, week 7: assignment 7 - question 2.

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Week 8: Assignment 8 - Question 1

Week 8: assignment 8 - question 2.

• Create and return a node  e  with given  id  and value  val struct node * create_node(int id, int val);
• Add an node  e  to the beginning of the  list.  Return the new list. struct node * append(struct node * list, struct node * e);
• Search for a node  e  with  id  inside the  list . Return a pointer to  e   if found, else return NULL struct node * search(struct node * list, int id); 
• Change the value of an element with given id (if found) ,  in the  list  to the new value  val.   void change_priority(struct node * list, int id, int val) ;
• Extract the element in the  list  with maximum priority .  Return pointer to new list. struct node* extract_max(struct node * list);
• A <id> <val> Add an node with id and val to the list, at the start of the list.
• C <id> <val> Change the priority field of the element with id to val. If an element with this id is not found, do nothing.  
• S <id> If an element with the id is in the list print the id and the priority and a newline.  Else, print the id and -1 and a newline.
• M Extract the element in the  list  with maximum priority .  Print the id of the element as "Max: id" 
• E End of input, exit from the program
• The list is initially empty
• Add an element 1 with value 10 list : (1,10) -> NULL
• Add an element 2 with value 20 list : (2,20) -> (1,10) -> NULL
• Search for element with id 2, print  2 20
• Add an element 3 with value 30 list : (3,30) - > (2,20) -> (1,10) -> NULL
• Extract Max prints Max: 3 list : (2,20) -> (1,10) -> NULL
• Search for element with id 3, print  3 -1
• Change priority of 2 to 30 list : (2,30) -> (1,10) -> NULL
• Search for element with id 2, print  2 30 End of input

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Category: NPTEL

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Introduction To Programming in C | NPTEL | Week 1 Assignment Solutions

This post will help you with the solutions of Introduction To Programming in C NPTEL 2022 Week 1 Assignment .

This is a course in programming in C. No prior programming experience is assumed; however, mathematical maturity at the level of a second year science or engineering undergraduate is assumed.We emphasize solving problems using the language, and introduce standard programming techniques like alternation, iteration and recursion. We will briefly glimpse the basics of software engineering practices like modularization, commenting, and naming conventions which help in collaborating and programming in teams. Given a problem, we pay attention to the following questions:

• What is an algorithmic solution to the problem?
• How do we translate the algorithm into C code?
• How efficient is the code?
• How maintainable is the code?

Course layout

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Week 0: Assignment answers Week 1:  Assignment answers Week 2: Assignment answers Week 3: Assignment answers Week 4: Assignment answers Week 5: Assignment answers Week 6: Assignment answers Week 7: Assignment answers Week 8: Assignment answers

Introduction To Programming in C NPTEL 2022 Week 1 Assignment Solutions

Week 1: question 1.

You will be given 3 integers as input. The inputs may or may not be  different from each other. 

You have to output 1 if sum of first two inputs is greater than the third input,  and 0 otherwise

Input ————————————- Three integers separated by space.

Output ———————————- 1 if sum of first two inputs is greater than third input 0 otherwise

Week 1: Question 2

You are given two integers, say M and N. You have to output 1, if remainder is 1 when N divides M otherwise output 0 Input —————————- Two integers, say M and N. Output —————————————————You have to output 1 if remainder is 1 when M/N.You have to output 0 , otherwise.

Week 1: Question 3

Input : Triplet of three numbers (a,b,c) Output : 1 if they are either in strictly increasing (a>b>c) or decreasing (a<b<c) order               0, otherwise.

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Problem Solving Through Programming In C

• Formulate simple algorithms for arithmetic and logical problems
• Translate the algorithms to programs (in C language)
• Test and execute the programs and  correct syntax and logical errors
• Implement conditional branching, iteration and recursion
• Decompose a problem into functions and synthesize a complete program using divide and conquer approach
• Use arrays, pointers and structures to formulate algorithms and programs
• Apply programming to solve matrix addition and multiplication problems and searching and sorting problems 
• Apply programming to solve simple numerical method problems, namely rot finding of function, differentiation of function and simple integration

Note: This exam date is subjected to change based on seat availability. You can check final exam date on your hall ticket.

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Course certificate.

• Assignment score = 25% of average of best 8 assignments out of the total 12 assignments given in the course. 
• ( All assignments in a particular week will be counted towards final scoring - quizzes and programming assignments). 
• Unproctored programming exam score = 25% of the average scores obtained as part of Unproctored programming exam - out of 100
• Proctored Exam score =50% of the proctored certification exam score out of 100

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