Editor | Python 1 S = [Red, Green, Orange, Blue, Yellow] Section above is non-editable. Write...

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</> Editor | Python 1 S = ["Red", "Green", "Orange", "Blue", "Yellow"] Section above is non-editable. Write your code below. Run Code Input 1 print (S, end="<br />") 2 # Print the top element from the stack after removing it 3 4 # Print the stack S again ITEM LIST Separate input using the 'Enter' key Output ['Red', 'Green', 'Orange', 'Blue', 'Yellow'] Task Using Stack Abstract Data Type Method According to the comments given in the Python block, perform operation on stack S using stack abstract data type method. Note: Use <br /> instead of /n for printing the two results in separate lines. By default, the stack S is printed first. Expected Output: ['Red', 'Green', 'Orange', 'Blue', 'Yellow'] Yellow ['Red', 'Green', 'Orange', 'Blue'] </> Editor | Python 1 S = ["Red", "Green", "Orange", "Blue", "Yellow"] Section above is non-editable. Write your code below. Run Code Input 1 print (S, end="<br />") 2 # Print the top element from the stack after removing it 3 4 # Print the stack S again ITEM LIST Separate input using the 'Enter' key Output ['Red', 'Green', 'Orange', 'Blue', 'Yellow'] Task Using Stack Abstract Data Type Method According to the comments given in the Python block, perform operation on stack S using stack abstract data type method. Note: Use <br /> instead of /n for printing the two results in separate lines. By default, the stack S is printed first. Expected Output: ['Red', 'Green', 'Orange', 'Blue', 'Yellow'] Yellow ['Red', 'Green', 'Orange', 'Blue']

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S Red Green Ora... View the full answer