Vitamin 7 _ Gradescope

3/10/24, 10:21 PM Submit Vitamin 7 | Gradescope https://www.gradescope.com/courses/711377/assignments/4211918/submissions/new 3/7 Q2 Random Forests 1 Point Which of the following statements are true?  Correct Save Answer Last saved on Mar 10 at 9:59 PM Q3 Parametrics and Nonparametrics 1 Point True or false: Non-parametric methods are always harder to interpret than parametric ones.  Correct Save Answer Last saved on Mar 10 at 9:59 PM After training a random forest model, all the individual trees must be identical. A random forest model is more robust (is less variable) overall than a single decision tree. One way to increase the diversity of individual decision trees within a random forest model is to limit the depth of the trees. One way to increase the diversity of individual decision trees within a random forest model is to train each one on data with only a subset of the features used. True False

3/10/24, 10:21 PM Submit Vitamin 7 | Gradescope https://www.gradescope.com/courses/711377/assignments/4211918/submissions/new 6/7 Q5.2 1 Point Compute the following partial derivatives and evaluated at .  Correct Save Answer Last saved on Mar 10 at 9:59 PM Q5.3 1 Point Use the partial derivatives you computed to finish computing the gradients and . We are already given .  Correct Save Answer Last saved on Mar 10 at 9:59 PM Save All Answers Submit & View Submission  d α d f d x 1 d α ( x , x , x ) 1 2 3 , = d α d f 10 = d x 1 d α 1 , = d α d f 4 = d x 1 d α 1 , = d α d f 10 = d x 1 d α −4 , = d α d f 4 = d x 1 d α 10 d x 1 d f d x 3 d f = d x 2 d f 10 , = d x 1 d f 10 = d x 3 d f 4 , = d x 1 d f 1 = d x 3 d f 4 , = d x 1 d f 1 = d x 3 d f 1 , = d x 1 d f 4 = d x 3 d f 4