Way Around Problem 3 1 Numlib Daily Returns 5 Points Define A Function Called Numlib Daily Returns Which Accepts 1 (61.91 KiB) Viewed 92 times
Way Around Problem 3 1 Numlib Daily Returns 5 Points Define A Function Called Numlib Daily Returns Which Accepts 2 (31.67 KiB) Viewed 92 times
Way Around Problem 3 1 Numlib Daily Returns 5 Points Define A Function Called Numlib Daily Returns Which Accepts 3 (59.14 KiB) Viewed 92 times
way around) Problem 3.1 - numlib.daily returns() [5 points) Define a function called numlib.daily_returns, which accepts a list of (strictly) positive floats as an argument, and returns a new list that which contains the daily returns. Clearly, the returned list should have length one less than the input list. If the input's length is less than two, you should return an empty list. Finally, your function should not modify the input list in any way For example, the function call daily returns ([100.0, 80.0, 100.0, 110.0]) should evaluate to 1-0.2, 0.25, 0.10). Ñ More specifically, the i-th return rate, tu is defined as PEPE Р for all o Si N 1 where p (for 0 Si< N) is the i-th price value, and N is the length of the input prices sequence Problem 3.2- numlib.daily prices() [5 points] Define a function aunlib.daily prices, which accepts to input arguments: a float start, and a list of floats cates. The items of rates represent daily rates of return. The return value should be a new list which contains the corresponding daily prices, beginning with start. To be clear, the ntart value should always be included as the first element of the In any of you are "Wicklere with respetto memory paco efficiency, we do not require that you seus llowever, Just for the mund the preferred way to cleanly wriw more efficient Python would be to make a year and then tw built innrator to both and valus