input: Write a function to detect any potential errors in the provided Python function and provide a corrected version. The function should return a boolean indicating if the function was corrected (True) or not (False). If the original function was correct, return False.
  
  assert detect_and_correct_error("def expand_list(list):\n    for item in list:\n        list *= 2")==True
  assert detect_and_correct_error("def correct_function(list):\n    return list + list")==False
  assert detect_and_correct_error("def modify_list(list):\n    for item in list:\n        list.append(item)")==True
  assert detect_and_correct_error("lambda x: x ** 2")==False
  assert detect_and_correct_error("")==False
output: def detect_and_correct_error(code):
      try:
          exec(code)
          return False
      except:
          corrected_code = code.replace("list", "_list")
          try:
              exec(corrected_code)
              return True
          except:
              return False