Built-in Functions -Binary Conversion Using Built-in Functions in Python

NAME: DEEPADHARSHINI T

REG: 212224230052

🎯 Aim

To write a Python program to convert the number 16 into its binary representation using built-in Python functions.

🧠 Algorithm

1. Assign the value 16 to a variable a.
2. Use the built-in bin() function to convert the number to binary.
3. Print the result.

🧾 Program

x=16
y=bin(x)
print(y)

Output

Result

Thus,the Python program to convert the number 16 into its binary representation using built-in Python functions is created successfully.

Functions in Python: Modulo Calculator

🎯 Aim

To write a Python program that defines a function which accepts two values and returns their modulo using the % operator.

🧠 Algorithm

1. Define a function called result that takes two arguments a and b.
2. Inside the function, compute the modulo using a % b.
3. Print the result of the modulo operation.
4. Get two integer inputs from the user.
5. Call the result function with the user-provided values.

🧾 Program

def result(a, b):
    modulo_value = a % b
    return modulo_value

a=int(input())
b=int(input())
print("modulo is", result(a, b))

Output

Result

Thus,the Python program that defines a function which accepts two values and returns their modulo using the % operator is created successfully.

Lambda Function in Python: Addition of Two Numbers

🎯 Aim

To write a Python program that defines a lambda function which takes two arguments a and b, and returns their sum.

🧠 Algorithm

1. Get two integer inputs from the user.
2. Use a lambda function to define a function f that returns a + b.
3. Call the function with the user inputs and print the result.

🧾 Program

i=int(input())
j=int(input())
z=int(input())

f = lambda a, b,c: a+b+c

print(f(i, j,z))

Output

Result

Thus,the Python program that defines a lambda function which takes two arguments a and b, and returns their sum is created successfully.

🔺 Looping(Patterns)-Pascal's Triangle Generator in Python

This project demonstrates a simple Python program to generate Pascal’s Triangle, where the number of rows is provided by the user.

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🎯 Aim

To write a Python program that generates Pascal's Triangle using numbers. The number of rows is accepted from the user.

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🧠 Algorithm

1. Start the program.
2. Input the number of rows from the user.
3. Loop from 0 to the number of rows.
4. For each row:
   • Print appropriate spaces to shape the triangle.
   • Compute values using the formula:
     [ C(n, k) = \frac{n!}{k!(n-k)!} ]
5. Print all rows of Pascal’s Triangle.
6. End the program.

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🧪 Program

rows = int(input())
coef = 1

for i in range(1, rows+1):
    for space in range(1, rows-i+1):
        print(" ",end="")
    for j in range(0, i):
        if j==0 or i==0:
            coef = 1
        else:
            coef = coef * (i - j)//j
        print(coef, end = " ")
    print()

Output

Result

Thus,the Python program that generates Pascal's Triangle using numbers. The number of rows is accepted from the user is created successfully.

Loops in Python: Palindrome Number Checker

🎯 Aim

To write a Python program that checks whether a given number is a palindrome using loops.

🧠 Algorithm

1. Get input from the user and assign it to a variable num.
2. Assign the value of num to a temporary variable temp.
3. Initialize a variable rev to 0 (used to store the reversed number).
4. Use a while loop to reverse the digits:
   • While temp > 0:
     • rev = (10 * rev) + temp % 10
     • temp = temp // 10
5. After the loop, compare rev with num:
   • If equal, print that the number is a palindrome.
   • Else, print that it is not a palindrome.

🧾 Program

num=int(input())
rev=0
temp=num
while temp>0:
    rev=(10*rev)+temp%10
    temp//=10
if rev==num:
    print("The given number {} is a Palindrome".format(num))
else:
    print("The given number {} is not a palindrome".format(num))

Output

Result

Thus,the Python program that checks whether a given number is a palindrome using loops is created successfully.