Task_1 [2017/2018-II]

Task 1 : Introduction to C++

Reading Material

• git cheat sheet
• markdown cheat sheet

Workflow

1. FORK and CLONE this repositori ASD_Task_1
2. open and modify codes in *.cpp files inside project ASD_Task_1
3. write your code inside the provided space in each functions/procedures (asd_task_1.cpp)
4. COMMIT and PUSH your project
5. create a Pull Request

Exercise 1

TODO:

• Write an algorithm which will prints all such numbers which are divisible by 7 but are not a multiple of 5, between 100 and 200 (both included)
• procedure exercise_1()
• Output should be: 112, 119, 126, …, 196

Exercise 2

TODO:

• Write a procedure algorithm to raise any number to any power.
• procedure exercise_2(n, p)
  Example:
  integer n = 2
integer p = 3
exercise_2(n, p)
Output : 8

integer n = 4
integer p = 2
exercise_2(n, p)
Output : 16
  

Exercise 3

TODO:

• Write a procedure algorithm that determines the type of a Triangle (isosceles, equilateral, or scalene) given the size of the three sides
• exercise_3(s1, s2, s3)
  Example:
  integer s1: 4
integer s2 : 6
integer s3 : 4
exercise_3(s1, s2, s3)
Output : isosceles

integer s1: 3
integer s2 : 3
integer s3 : 3
exercise_3(s1, s2, s3)
Output : equilateral
  

Exercise 4

TODO:

• Write a procedure algorithm to continuously receive a numerical input from user and add it into an array of integer until user inputs number 0
• procedure exercise_4()
• Try input: 3, 6, 2, 8, 0

Exercise 5

TODO:

• Write a function algorithm to find a number inside an unsorted array of integer, and outputs its index; algorithm will outputs -1 if such number is not found
• function int exercise_5(arr, f)
• Array input is formatted from previous exercise,
• value 0 indicates the end of array
  Example:
  integer arr = {3,6,8,2,7,8,1,0,0,0,0,0}
integer f = 2
integer x = exercise_5(arr, f)
Output = 3

Exercise 6

TODO:

• Write a procedure algorithm to find a number inside an unsorted array of integer, then insert a negative one (-1) behind such found number
• Use previous search function
• Array input is formatted from previous exercise,
• value 0 indicates the end of array
  Example:
  integer arr = {3,6,8,2,7,8,1,0,0,0,0,0}
integer x = 8
exercise_6(arr, x)
arr result = {3,6,8,-1, 2,7,8,1,0,0,0,0,0}