Python Programming

The next topic is Prime Number Programs, where we focus on writing programs to identify prime numbers and perform tasks related to prime numbers. We’ll start with Prime Factorization, which is finding the prime factors of a number. To meet your specific request, I will also include a program that executes a loop until the square of a prime factor. Prime Number Programs 1. Check If a Number is Prime Description: This program checks if a number is prime or not. # Program to check if a number is prime num = int(input("Enter a number: ")) if num > 1: for i in range(2, int(num / 2) + 1): if num % i == 0: print(f"{num} is not a prime number.") break else: print(f"{num} is a prime number.") else: print(f"{num} is not a prime number.") 2. Find Prime Factors of a Number Description: This program finds the prime factors of a given number. # Program to find prime factors of a number num = int(input("Enter a number: ")) i = 2 print(f"Prime factors of {num} are:") while i * i <= num: if num % i: i += 1 else: num //= i print(i, end=" ") if num > 1: print(num) 3. Loop Till the Square of the Prime Factor Description: This program loops through the prime factors and executes a loop until the square of the prime factor. # Program to loop until the square of the prime factor def prime_factors(n): factors = [] i = 2 while i * i <= n: if n % i == 0: factors.append(i) n //= i else: i += 1 if n > 1: factors.append(n) return factors def loop_until_square_of_prime_factor(n): factors = prime_factors(n) for factor in factors: print(f"\nExecuting loop for prime factor {factor}:") i = 1 # Loop until the square of the prime factor while i <= factor * factor: print(f"i = {i}") i += 1 num = int(input("Enter a number: ")) loop_until_square_of_prime_factor(num) Explanation Prime Factors Program: This program finds the prime factors of a number using a while loop. It divides the number by possible factors until we reach a prime number. Loop Until Square of Prime Factor: In this program, we first find the prime factors of the input number, and for each prime factor, we execute a loop that runs until the square of that prime factor. This fulfills your specific requirement. Let me know if you’d like to explore more prime number programs or move on to the next topic!

The next topic is Strings in Python. Strings are one of the most commonly used data types in Python and are essential for handling textual data. In this section, we will explore various operations and methods that can be performed on strings in Python, including concatenation, slicing, formatting, and more. String Programs 1. Check If a String is a Palindrome Description: This program checks if a given string is a palindrome (reads the same backward as forward). # Program to check if a string is a palindrome string = input("Enter a string: ") if string == string[::-1]: print(f"'{string}’ is a palindrome.") else: print(f"'{string}’ is not a palindrome.") 2. Count Vowels in a String Description: This program counts the number of vowels in a given string. # Program to count vowels in a string string = input("Enter a string: ") vowels = "aeiouAEIOU" count = 0 for char in string: if char in vowels: count += 1 print(f"The number of vowels in ‘{string}’ is {count}.") 3. Reverse a String Description: This program reverses a given string. # Program to reverse a string string = input("Enter a string: ") reversed_string = string[::-1] print(f"The reversed string is: ‘{reversed_string}’") 4. Count the Frequency of Each Character in a String Description: This program counts how many times each character appears in a string. # Program to count the frequency of each character in a string string = input("Enter a string: ") frequency = {} for char in string: if char in frequency: frequency[char] += 1 else: frequency[char] = 1 print(f"Character frequency in ‘{string}’: {frequency}") 5. Convert All Characters to Uppercase Description: This program converts all characters in a string to uppercase. # Program to convert a string to uppercase string = input("Enter a string: ") uppercase_string = string.upper() print(f"The string in uppercase is: ‘{uppercase_string}’") 6. Convert All Characters to Lowercase Description: This program converts all characters in a string to lowercase. # Program to convert a string to lowercase string = input("Enter a string: ") lowercase_string = string.lower() print(f"The string in lowercase is: ‘{lowercase_string}’") 7. Find the Length of a String Description: This program finds the length of a string. # Program to find the length of a string string = input("Enter a string: ") length = len(string) print(f"The length of the string ‘{string}’ is {length}.") 8. Check if a Substring Exists in a String Description: This program checks if a given substring is present in a string. # Program to check if a substring exists in a string string = input("Enter a string: ") substring = input("Enter the substring to check: ") if substring in string: print(f"'{substring}’ exists in ‘{string}’.") else: print(f"'{substring}’ does not exist in ‘{string}’.") 9. Remove Whitespaces from a String Description: This program removes leading and trailing whitespaces from a string. # Program to remove whitespaces from a string string = input("Enter a string with spaces: ") trimmed_string = string.strip() print(f"The string without leading and trailing spaces is: ‘{trimmed_string}’") 10. Find the Position of a Substring Description: This program finds the position of the first occurrence of a substring. # Program to find the position of a substring string = input("Enter a string: ") substring = input("Enter the substring: ") position = string.find(substring) if position != -1: print(f"The substring ‘{substring}’ is found at position {position}.") else: print(f"The substring ‘{substring}’ is not found.") 11. Replace All Occurrences of a Substring in a String Description: This program replaces all occurrences of a substring with another string. # Program to replace all occurrences of a substring in a string string = input("Enter a string: ") old_substring = input("Enter the substring to replace: ") new_substring = input("Enter the new substring: ") new_string = string.replace(old_substring, new_substring) print(f"The new string is: ‘{new_string}’") 12. Check If a String Starts with a Specific Substring Description: This program checks if a string starts with a specific substring. # Program to check if a string starts with a specific substring string = input("Enter a string: ") substring = input("Enter the substring: ") if string.startswith(substring): print(f"'{string}’ starts with ‘{substring}’.") else: print(f"'{string}’ does not start with ‘{substring}’.") 13. Check If a String Ends with a Specific Substring Description: This program checks if a string ends with a specific substring. # Program to check if a string ends with a specific substring string = input("Enter a string: ") substring = input("Enter the substring: ") if string.endswith(substring): print(f"'{string}’ ends with ‘{substring}’.") else: print(f"'{string}’ does not end with ‘{substring}’.") 14. Find All Occurrences of a Substring Description: This program finds all occurrences of a substring in a string. # Program to find all occurrences of a substring in a string string = input("Enter a string: ") substring = input("Enter the substring: ") start = 0 while start < len(string): start = string.find(substring, start) if start == -1: break print(f"Found ‘{substring}’ at position {start}") start += 1 15. Join Elements of a List into a String Description: This program joins a list of strings into a single string. # Program to join elements of a list into a string list_of_strings = ["Python", "is", "great"] joined_string = " ".join(list_of_strings) print(f"The joined string is: ‘{joined_string}’") 16. Split a String into a List Description: This program splits a string into a list of words. # Program to split a string into a list string = input("Enter a string: ") split_list = string.split() print(f"The list of words is: {split_list}") 17. Check If All Characters in a String Are Digits Description: This program checks if all characters in a string are digits. # Program to check if all characters in a string are digits string = input("Enter a string: ") if string.isdigit(): print(f"'{string}’ contains only digits.") else: print(f"'{string}’ does not contain only digits.") 18. Convert a String to a List of Characters Description: This program converts a string into a list of characters. # Program to convert a string to a list of characters string = input("Enter a string: ") char_list = list(string) print(f"The list of characters is: {char_list}") 19. Find the Most Frequent Character in a String Description: This program

Type Casting Programs (5 Programs) Program 1: Convert String to Integer and Perform Arithmetic Operations Program: # Define a string representing an integer num_str = "25" # Convert the string to an integer num_int = int(num_str) # Perform arithmetic operations sum_value = num_int + 10 product = num_int * 3 print("Original String:", num_str) print("Converted to Integer:", num_int) print("Sum with 10:", sum_value) print("Product with 3:", product) Expected Output: Original String: 25 Converted to Integer: 25 Sum with 10: 35 Product with 3: 75 Program 2: Convert Integer to Float and Perform Division Program: # Define an integer integer_value = 15 # Convert integer to float float_value = float(integer_value) # Perform division with another float result = float_value / 4.0 print("Integer:", integer_value) print("Converted to Float:", float_value) print("Division Result (Float):", result) Expected Output: Integer: 15 Converted to Float: 15.0 Division Result (Float): 3.75 Program 3: Convert Float to String and Concatenate Program: # Define a float value float_val = 3.14159 # Convert float to string str_val = str(float_val) # Concatenate with another string concatenated = "Pi is approximately " + str_val print("Float Value:", float_val) print("Converted to String:", str_val) print("Concatenated String:", concatenated) Expected Output: Float Value: 3.14159 Converted to String: 3.14159 Concatenated String: Pi is approximately 3.14159 Program 4: Convert List to Set to Remove Duplicates Program: # Define a list with duplicate elements num_list = [1, 2, 2, 3, 4, 4, 5] # Convert list to set to remove duplicates num_set = set(num_list) print("Original List:", num_list) print("Converted to Set (Unique Values):", num_set) Expected Output: Original List: [1, 2, 2, 3, 4, 4, 5] Converted to Set (Unique Values): {1, 2, 3, 4, 5} Program 5: Convert Dictionary Keys and Values to Lists Program: # Define a dictionary with some key-value pairs student_grades = {"Alice": 88, "Bob": 92, "Charlie": 85} # Convert dictionary keys and values to separate lists keys_list = list(student_grades.keys()) values_list = list(student_grades.values()) print("Dictionary:", student_grades) print("Keys as List:", keys_list) print("Values as List:", values_list) Expected Output: Dictionary: {‘Alice’: 88, ‘Bob’: 92, ‘Charlie’: 85} Keys as List: [‘Alice’, ‘Bob’, ‘Charlie’] Values as List: [88, 92, 85]

User-Defined Functions (With Parameters) – Programs 1–10 Program 1: Calculate the Area of a Rectangle Program: def calculate_area(length, width): """Calculate and return the area of a rectangle given length and width.""" area = length * width return area # Test the function print("Area of Rectangle:", calculate_area(5, 10)) Expected Output: Area of Rectangle: 50 Program 2: Find the Square of a Number Program: def square(number): """Return the square of a number.""" return number ** 2 # Test the function print("Square of 7:", square(7)) Expected Output: Square of 7: 49 Program 3: Convert Celsius to Fahrenheit Program: def celsius_to_fahrenheit(celsius): """Convert Celsius to Fahrenheit.""" fahrenheit = (celsius * 9/5) + 32 return fahrenheit # Test the function print("Temperature in Fahrenheit:", celsius_to_fahrenheit(25)) Expected Output: Temperature in Fahrenheit: 77.0 Program 4: Check if a Number is Even or Odd Program: def is_even(number): """Check if a number is even or odd.""" return "Even" if number % 2 == 0 else "Odd" # Test the function print("Number 15 is:", is_even(15)) Expected Output: Number 15 is: Odd Program 5: Calculate Simple Interest Program: def simple_interest(principal, rate, time): """Calculate simple interest.""" interest = (principal * rate * time) / 100 return interest # Test the function print("Simple Interest:", simple_interest(1000, 5, 2)) Expected Output: Simple Interest: 100.0 Program 6: Calculate Factorial of a Number Program: def factorial(n): """Calculate the factorial of a number.""" result = 1 for i in range(1, n + 1): result *= i return result # Test the function print("Factorial of 5:", factorial(5)) Expected Output: Factorial of 5: 120 Program 7: Find Maximum of Three Numbers Program: def max_of_three(a, b, c): """Return the maximum of three numbers.""" return max(a, b, c) # Test the function print("Maximum of (3, 7, 5):", max_of_three(3, 7, 5)) Expected Output: Maximum of (3, 7, 5): 7 Program 8: Count Vowels in a String Program: def count_vowels(s): """Count the number of vowels in a string.""" vowels = "aeiouAEIOU" count = sum(1 for char in s if char in vowels) return count # Test the function print("Number of Vowels:", count_vowels("Hello World")) Expected Output: Number of Vowels: 3 Program 9: Calculate the Power of a Number Program: def power(base, exponent): """Calculate the power of a number.""" return base ** exponent # Test the function print("2 raised to the power 3:", power(2, 3)) Expected Output: 2 raised to the power 3: 8 Program 10: Convert Kilometers to Miles Program: def km_to_miles(km): """Convert kilometers to miles.""" miles = km * 0.621371 return miles # Test the function print("5 km in miles:", km_to_miles(5)) Expected Output: 5 km in miles: 3.106855 User-Defined Functions (With Parameters) – Programs 11–20 Program 11: Calculate Compound Interest Program: def compound_interest(principal, rate, time): """Calculate compound interest.""" amount = principal * (1 + rate / 100) ** time interest = amount – principal return interest # Test the function print("Compound Interest:", compound_interest(1000, 5, 2)) Expected Output: Compound Interest: 102.5 Program 12: Check if a Number is Prime Program: def is_prime(n): """Check if a number is prime.""" if n < 2: return False for i in range(2, int(n ** 0.5) + 1): if n % i == 0: return False return True # Test the function print("Is 7 prime?", is_prime(7)) Expected Output: Is 7 prime? True Program 13: Calculate the Length of a String Program: def string_length(s): """Calculate the length of a string.""" return len(s) # Test the function print("Length of ‘Python’:", string_length("Python")) Expected Output: Length of ‘Python’: 6 Program 14: Find the Minimum Value in a List Program: def find_minimum(numbers): """Find the minimum value in a list of numbers.""" return min(numbers) # Test the function print("Minimum in [5, 3, 9, 1]:", find_minimum([5, 3, 9, 1])) Expected Output: Minimum in [5, 3, 9, 1]: 1 Program 15: Calculate the Area of a Circle Program: def area_of_circle(radius): """Calculate the area of a circle given the radius.""" pi = 3.14159 return pi * radius ** 2 # Test the function print("Area of Circle with radius 3:", area_of_circle(3)) Expected Output: Area of Circle with radius 3: 28.27431 Program 16: Reverse a List Program: def reverse_list(lst): """Reverse the elements of a list.""" return lst[::-1] # Test the function print("Reversed list [1, 2, 3, 4]:", reverse_list([1, 2, 3, 4])) Expected Output: Reversed list [1, 2, 3, 4]: [4, 3, 2, 1] Program 17: Find the GCD of Two Numbers Program: def gcd(a, b): """Find the greatest common divisor (GCD) of two numbers.""" while b: a, b = b, a % b return a # Test the function print("GCD of 48 and 18:", gcd(48, 18)) Expected Output: GCD of 48 and 18: 6 Program 18: Count Words in a Sentence Program: def count_words(sentence): """Count the number of words in a sentence.""" words = sentence.split() return len(words) # Test the function print("Number of words in ‘Hello world program’:", count_words("Hello world program")) Expected Output: Number of words in ‘Hello world program’: 3 Program 19: Check if a Year is a Leap Year Program: def is_leap_year(year): """Check if a year is a leap year.""" return year % 4 == 0 and (year % 100 != 0 or year % 400 == 0) # Test the function print("Is 2024 a leap year?", is_leap_year(2024)) Expected Output: Is 2024 a leap year? True Program 20: Concatenate Two Strings Program: def concatenate_strings(s1, s2): """Concatenate two strings.""" return s1 + s2 # Test the function print("Concatenated String:", concatenate_strings("Hello, ", "World!")) Expected Output: Concatenated String: Hello, World!

Program 1: Simple Addition of Two Numbers Program: def add(a, b): """Add two numbers using positional arguments.""" return a + b # Test the function print("Sum of 5 and 7:", add(5, 7)) Expected Output: Sum of 5 and 7: 12 Program 2: Calculate the Difference Between Two Numbers Program: def subtract(a, b): """Subtract the second number from the first using positional arguments.""" return a – b # Test the function print("Difference between 10 and 3:", subtract(10, 3)) Expected Output: Difference between 10 and 3: 7 Program 3: Multiply Two Numbers Program: def multiply(a, b): """Multiply two numbers using positional arguments.""" return a * b # Test the function print("Product of 4 and 6:", multiply(4, 6)) Expected Output: Product of 4 and 6: 24 Program 4: Divide Two Numbers Program: def divide(a, b): """Divide the first number by the second using positional arguments.""" if b != 0: return a / b else: return "Error: Division by zero" # Test the function print("Division of 20 by 4:", divide(20, 4)) Expected Output: Division of 20 by 4: 5.0 Program 5: Calculate Power of a Number Program: def power(base, exponent): """Calculate the power of a number using positional arguments.""" return base ** exponent # Test the function print("2 raised to the power of 3:", power(2, 3)) Expected Output: 2 raised to the power of 3: 8 Program 6: Swap Two Numbers Program: def swap(a, b): """Swap two numbers using positional arguments.""" return b, a # Test the function x, y = swap(10, 20) print("After swapping: x =", x, ", y =", y) Expected Output: After swapping: x = 20 , y = 10 Program 7: Calculate Average of Two Numbers Program: def average(a, b): """Calculate the average of two numbers using positional arguments.""" return (a + b) / 2 # Test the function print("Average of 5 and 9:", average(5, 9)) Expected Output: Average of 5 and 9: 7.0 Program 8: Check if Two Numbers Are Equal Program: def are_equal(a, b): """Check if two numbers are equal using positional arguments.""" return a == b # Test the function print("Are 10 and 10 equal?", are_equal(10, 10)) Expected Output: Are 10 and 10 equal? True Program 9: Find Maximum of Two Numbers Program: def maximum(a, b): """Return the maximum of two numbers using positional arguments.""" return max(a, b) # Test the function print("Maximum of 15 and 20:", maximum(15, 20)) Expected Output: Maximum of 15 and 20: 20 Program 10: Find Minimum of Two Numbers Program: def minimum(a, b): """Return the minimum of two numbers using positional arguments.""" return min(a, b) # Test the function print("Minimum of 30 and 25:", minimum(30, 25)) Expected Output: Minimum of 30 and 25: 25 Default Arguments (10 Programs) Program 1: Greet with Default Name Program: def greet(name="User"): """Greet a person, with a default name if none is provided.""" return f"Hello, {name}!" # Test the function print(greet()) # Using default argument print(greet("Alice")) # Using custom argument Expected Output: Hello, User! Hello, Alice! Program 2: Calculate the Price After Discount (with Default Discount) Program: def calculate_price(original_price, discount=10): """Calculate price after applying a discount. Default discount is 10%.""" discounted_price = original_price * (1 – discount / 100) return discounted_price # Test the function print("Price after discount (default 10%):", calculate_price(100)) print("Price after discount (20%):", calculate_price(100, 20)) Expected Output: Price after discount (default 10%): 90.0 Price after discount (20%): 80.0 Program 3: Get Discounted Price with Default Tax Program: def calculate_total_price(price, discount=5, tax=8): """Calculate total price after discount and tax (default tax is 8%).""" discounted_price = price – (price * discount / 100) total_price = discounted_price + (discounted_price * tax / 100) return total_price # Test the function print("Total price with default discount and tax:", calculate_total_price(200)) print("Total price with custom discount and tax:", calculate_total_price(200, 10, 12)) Expected Output: Total price with default discount and tax: 199.04 Total price with custom discount and tax: 198.0 Program 4: Calculate Rectangle Area with Default Width Program: def calculate_area(length, width=5): """Calculate area of a rectangle, with default width 5.""" return length * width # Test the function print("Area with default width:", calculate_area(10)) print("Area with custom width:", calculate_area(10, 8)) Expected Output: Area with default width: 50 Area with custom width: 80 Program 5: Display Full Name (with Default Middle Name) Program: def display_name(first_name, last_name, middle_name=""): """Display full name, with an optional middle name.""" if middle_name: return f"{first_name} {middle_name} {last_name}" else: return f"{first_name} {last_name}" # Test the function print(display_name("John", "Doe")) # Without middle name print(display_name("John", "Doe", "Michael")) # With middle name Expected Output: John Doe John Michael Doe Program 6: Find the Total Price (with Default Tax) Program: def find_total_price(price, tax_rate=5): """Find total price including tax. Default tax rate is 5%.""" total_price = price + (price * tax_rate / 100) return total_price # Test the function print("Total price (default 5% tax):", find_total_price(200)) print("Total price (10% tax):", find_total_price(200, 10)) Expected Output: Total price (default 5% tax): 210.0 Total price (10% tax): 220.0 Program 7: Calculate Circle Circumference (with Default Pi) Program: def calculate_circumference(radius, pi=3.14159): """Calculate the circumference of a circle, with default value of pi.""" return 2 * pi * radius # Test the function print("Circumference (default pi):", calculate_circumference(7)) print("Circumference (custom pi):", calculate_circumference(7, 3.14)) Expected Output: Circumference (default pi): 43.98226 Circumference (custom pi): 43.96 Program 8: Calculate Compound Interest (with Default Rate) Program: def compound_interest(principal, rate=5, time=1): """Calculate compound interest with default rate 5% and time 1 year.""" amount = principal * (1 + rate / 100) ** time return amount – principal # Test the function print("Compound interest (default rate and time):", compound_interest(1000)) print("Compound interest (custom rate and time):", compound_interest(1000, 7, 2)) Expected Output: Compound interest (default rate and time): 50.0 Compound interest (custom rate and time): 140.0 Program 9: Get Greeting Message (with Default Language) Program: def greet(language="English"): """Return a greeting message in the specified language.""" greetings = { "English": "Hello!", "Spanish": "¡Hola!", "French": "Bonjour!", "German": "Hallo!" } return greetings.get(language, "Hello!") # Test the function print(greet()) # Default English print(greet("Spanish")) # Custom Spanish Expected Output: Hello! ¡Hola! Program 10: Calculate Perimeter of a Square (with Default Side Length) Program: def calculate_perimeter(side_length=4):

Hey there, fellow code enthusiasts! If you’ve conquered the basics of Python and are hungry for more, you’re in the right place. Welcome to the world of Advanced Python, where we go beyond the simple loops and functions to explore the profound depths of this versatile programming language. Today, we’re going to unravel the mysteries of Advanced Python, understand what it entails, how it differs from Core Python, and why you should dive headfirst into mastering it. So grab your coffee, sit back, and let’s get coding! What is Advanced Python? First things first, what exactly is Advanced Python? If you’re envisioning a mythical beast that only a few can tame, you’re half right. Advanced Python is essentially the higher-level concepts and techniques that transform you from a mere Python coder into a Python wizard. It’s where you learn to write cleaner, more efficient code, optimize your programs, and use Python’s full potential to solve complex problems. Advanced Python covers a wide array of topics, including but not limited to: What Should Be in Advanced Python? Alright, now that we’ve piqued your interest, let’s dive into the key components that should be a part of any advanced Python curriculum. What is Core Python? Before we go any further, let’s take a quick detour to revisit Core Python. If Advanced Python is the grand feast, Core Python is your bread and butter. It’s the foundation upon which all your Python knowledge is built. Core Python includes: Think of Core Python as your basic toolkit. It’s essential, it’s powerful, but it’s just the beginning. Mastery of Core Python is what allows you to appreciate and understand the intricacies of Advanced Python. How They Are Different So, what’s the big difference between Core Python and Advanced Python? Simply put, Core Python is about learning the syntax and basic constructs of the language, while Advanced Python is about applying that knowledge in sophisticated and efficient ways. Here’s a handy comparison to clarify: Core Python Advanced Python Basic Syntax Decorators Data Types Generators Loops and Conditionals Context Managers Functions Metaclasses Modules Concurrency and Parallelism File I/O Advanced Data Structures Error Handling Testing and Debugging Simple Applications Performance Optimization and Complex Applications Where to Learn Advanced Python By now, you’re probably itching to dive into Advanced Python. But where do you start? Well, look no further! Here at Emancipation Edutech Private Limited, we offer a comprehensive Advanced Python course designed to take you from a competent coder to a Python maestro. Our course covers everything mentioned above and more, with live classroom sessions, recorded lectures available through our Play Store app, and hands-on projects that let you apply what you’ve learned in real-world scenarios. You can check out our Advanced Python Course for detailed information and enrollment options. And the best part? We offer these courses at incredibly pocket-friendly prices, making high-quality education accessible to everyone. Jobs in Python Alright, you’re mastering Advanced Python, but what’s in it for you? Let’s talk about the job market. Python is one of the most in-demand programming languages globally, and proficiency in Advanced Python can open the door to a variety of lucrative career opportunities. Here are some roles you might consider: Salaries in India for Python Now, let’s talk money. How much can you expect to earn with Python skills in India? The answer: quite a lot. Here’s a rough breakdown of average salaries for different Python-related roles: These figures can vary based on experience, location, and the specific company. However, the trend is clear: Python skills are highly valued and can lead to well-paying careers. Conclusion So there you have it, folks! Advanced Python is your gateway to mastering one of the most powerful and versatile programming languages out there. Whether you’re aiming to land a high-paying job, build your own applications, or simply become a more efficient coder, diving into Advanced Python is a smart move. Remember, learning never stops. At Emancipation Edutech Private Limited, we’re here to support your journey every step of the way with top-notch courses, practical training, and a community of like-minded enthusiasts. So why wait? Take the plunge into Advanced Python and watch your coding skills soar! Ready to level up? Check out our Advanced Python Course today and become the Python wizard you were meant to be. Happy coding! Emancipation Edutech Private Limited is your go-to destination for comprehensive technology training in Ranchi. Connect with us at +919264477176, visit our website, or drop us an email at teamemancipation@gmail.com for more details. Let’s code the future together!