Write a function, c_words(), in Python that separately counts and displays the number of uppercase and lowercase alphabets in a text file, Words.txt
def c_words(): # Open the file Words.txt in read mode with open("Words.txt", "r") as file: content = file.read() # Read the entire content of the file upper_count = 0 # Initialize uppercase count lower_count = 0 # Initialize lowercase count # Iterate through each character in the content for char in content: if char.isupper(): # Check for uppercase letters upper_count += 1 elif char.islower(): # Check for lowercase letters lower_count += 1 # Display the counts print(f"Uppercase letters: {upper_count}") print(f"Lowercase letters: {lower_count}")Explanation: The file
Words.txt
is opened in read mode, and its content is read into a string.
The function iterates through each character in the file.
The isupper()
method is used to check for uppercase letters, and the islower()
method is used to check for lowercase letters.
Counts of uppercase and lowercase letters are maintained in separate variables and displayed after iteration.
The SELECT statement when combined with \(\_\_\_\_\_\_\) clause, returns records without repetition.
In SQL, the aggregate function which will display the cardinality of the table is \(\_\_\_\_\_\).
myStr = "MISSISSIPPI" print(myStr[:4] + "#" + myStr[-5:])
The correct IUPAC name of \([ \text{Pt}(\text{NH}_3)_2\text{Cl}_2 ]^{2+} \) is: