A 21-year-old college student presents to the student health…

A 21-year-old college student presents to the student health clinic for a full physical examination. He is generally healthy; however, he reports that he has had sexual intercourse with multiple partners in the past couple of months. He noticed a small lesion on the shaft of his penis a few days ago. While performing the examination, he unwillingly achieves an erection. How should the clinician proceed at this point?

10 points OnlineGDB: LINK PythonOnline: LINK Write a functio…

10 points OnlineGDB: LINK PythonOnline: LINK Write a function transform_list(nums) that takes a non-empty list of integers as its parameter. It should recursively loop through the numbers in nums, and create a new list based on the following rules: If the number is a multiple of 3, it is added to the list three times. If the number is odd, it is not included in the new list. Any other number is decreased by 2 and added to the list once. Example: transform_list() returns Note: This problem must be solved using recursion. You cannot use ‘for’ or ‘while’ loops or use list comprehension. 

10 points Online Editor Link (Fork this): LINK Alternatively…

10 points Online Editor Link (Fork this): LINK Alternatively, you can also use the editor here: LINK Write your own implementation of Python’s built-in my_range(start, end) function. Call your function my_range. Your function should return the numbers in a list. The list should include start but exclude end. You may not use Python’s built-in range function. You may assume: The arguments to the function will be two integers The end may be smaller than start (in which case the function should return an empty list) Example: my_range(1, 10)  #should return my_range(11, 12)  #should return my_range(10, 1)  #should return

For any patient presenting with acute change in vision, we p…

For any patient presenting with acute change in vision, we perform a neurological examination to note any additional deficits, as well as perform extraocular and intraocular examinations. When evaluating visual acuity (with use of the Snellen chart), which cranial nerve is being tested?