Clinical diagnosis requires distinguishing a split S1 from other sounds that occur near the beginning of systole:

s1 = "123-456-7890" parts = [] temp = "" for char in s1: if char == "-": parts.append(temp) temp = "" else: temp += char parts.append(temp) print(parts) # Output: ['123', '456', '7890']

By default, split() splits at whitespace characters (spaces, tabs, newlines):

For more complex splitting, you can use the re.split() function from Python's re (regular expression) module:

: Can lead to delayed tricuspid closure due to increased right-sided volume.

Splitting S1 //free\\

Clinical diagnosis requires distinguishing a split S1 from other sounds that occur near the beginning of systole:

s1 = "123-456-7890" parts = [] temp = "" for char in s1: if char == "-": parts.append(temp) temp = "" else: temp += char parts.append(temp) print(parts) # Output: ['123', '456', '7890'] splitting s1

By default, split() splits at whitespace characters (spaces, tabs, newlines): Clinical diagnosis requires distinguishing a split S1 from

For more complex splitting, you can use the re.split() function from Python's re (regular expression) module: '7890'] By default

: Can lead to delayed tricuspid closure due to increased right-sided volume.