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.vscode
.vscode
 
 
Dynameic Memory allocation
Dynameic Memory allocation
 
 
FILE
FILE
 
 
string
string
 
 
structures
structures
 
 
Fibonacci_sequence_num.c
Fibonacci_sequence_num.c
 
 
Fibonacci_sequence_num.exe
Fibonacci_sequence_num.exe
 
 
Final_price_with_GST.c
Final_price_with_GST.c
 
 
Final_price_with_GST.exe
Final_price_with_GST.exe
 
 
Greeting_user.c
Greeting_user.c
 
 
Greeting_user.exe
Greeting_user.exe
 
 
README.md
README.md
 
 
Tabel_in_2D_Array.c
Tabel_in_2D_Array.c
 
 
Tabel_in_2D_Array.exe
Tabel_in_2D_Array.exe
 
 
alphabet_using_pointer.c
alphabet_using_pointer.c
 
 
alphabet_using_pointer.exe
alphabet_using_pointer.exe
 
 
area_square_rectangle_circle.c
area_square_rectangle_circle.c
 
 
area_square_rectangle_circle.exe
area_square_rectangle_circle.exe
 
 
armstrong_num.c
armstrong_num.c
 
 
armstrong_num.exe
armstrong_num.exe
 
 
celsius_to_fahrenheit.c
celsius_to_fahrenheit.c
 
 
celsius_to_fahrenheit.exe
celsius_to_fahrenheit.exe
 
 
continous(skip).c
continous(skip).c
 
 
continous(skip).exe
continous(skip).exe
 
 
count_n_from_array.c
count_n_from_array.c
 
 
count_n_from_array.exe
count_n_from_array.exe
 
 
count_odd_num.c
count_odd_num.c
 
 
count_odd_num.exe
count_odd_num.exe
 
 
factorial.c
factorial.c
 
 
factorial.exe
factorial.exe
 
 
insert_element_array.c
insert_element_array.c
 
 
insert_element_array.exe
insert_element_array.exe
 
 
max_n_using_pointer.c
max_n_using_pointer.c
 
 
max_n_using_pointer.exe
max_n_using_pointer.exe
 
 
max_num_from_array.c
max_num_from_array.c
 
 
max_num_from_array.exe
max_num_from_array.exe
 
 
multipal_output_from_a_function.c
multipal_output_from_a_function.c
 
 
multipal_output_from_a_function.exe
multipal_output_from_a_function.exe
 
 
natural_num.c
natural_num.c
 
 
natural_num.exe
natural_num.exe
 
 
nested_loop.c
nested_loop.c
 
 
nested_loop.exe
nested_loop.exe
 
 
odd_num(5_50).c
odd_num(5_50).c
 
 
odd_num(5_50).exe
odd_num(5_50).exe
 
 
odd_num.c
odd_num.c
 
 
odd_num.exe
odd_num.exe
 
 
percentage.c
percentage.c
 
 
percentage.exe
percentage.exe
 
 
pointer.c
pointer.c
 
 
pointer.exe
pointer.exe
 
 
pointer_to_pointer.c
pointer_to_pointer.c
 
 
pointer_to_pointer.exe
pointer_to_pointer.exe
 
 
pow_function(scratch).c
pow_function(scratch).c
 
 
pow_function(scratch).exe
pow_function(scratch).exe
 
 
prime_num(a).c
prime_num(a).c
 
 
prime_num(a).exe
prime_num(a).exe
 
 
prime_num(b).c
prime_num(b).c
 
 
prime_num(b).exe
prime_num(b).exe
 
 
primeter_rectangle.c
primeter_rectangle.c
 
 
primeter_rectangle.exe
primeter_rectangle.exe
 
 
reverse_array.c
reverse_array.c
 
 
reverse_array.exe
reverse_array.exe
 
 
salting.c
salting.c
 
 
salting.exe
salting.exe
 
 
square_root.c
square_root.c
 
 
square_root.exe
square_root.exe
 
 
summation.c
summation.c
 
 
summation.exe
summation.exe
 
 
swap.c
swap.c
 
 
swap.exe
swap.exe
 
 
tabel.c
tabel.c
 
 
tabel.exe
tabel.exe
 
 
temperature.c
temperature.c
 
 
temperature.exe
temperature.exe
 
 
ternary.c
ternary.c
 
 
ternary.exe
ternary.exe
 
 
traverse_array.c
traverse_array.c
 
 
traverse_array.exe
traverse_array.exe
 
 
velocity.c
velocity.c
 
 
velocity.exe
velocity.exe
 
 

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This is my self-practice of core programming in the C language, where I have learned a wide range of concepts, including:

1: Fundamental Concepts: Variables, Data Types, Input/Output, Instructions, and Operators (Arithmetic, Logical, Relational, and Unary operators). 2: Conditional Statements: Understanding and applying if, if-else, and else statements. 3: Loop Control Statements: Mastering loops such as for, while, and do-while. 4: Functions and Recursion: Writing reusable code and understanding recursive logic. 5: Pointers: Working with memory addresses and dynamic referencing. 6: Arrays: Handling collections of data. 7: Strings: Manipulating sequences of characters. 8: Structures: Grouping related data into custom data types. 9: File I/O: Reading from and writing to files. 10: Dynamic Memory Allocation: Efficiently managing memory during program execution.

This journey has significantly strengthened my programming foundation in C.

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This is my self-practice to strengthen my skills in algorithm and logic building.

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