![]() Since the 2nd part of the course depends on stuff covered by the midterm, The 2nd part of Lecture 17 to the last slide of Lecture 29.Īlso included are discussion section materials from Week 8 The 2nd part of Lecture 13 to slide 53 of the 2nd part of Lecture 15, The final exam will cover everything from slide 30 of No matter how late you start your exam, your exam must end at the same time as everyone else who is taking the same exam. The final exam will be a 40-minute long take-home exam (open book and open notes),Īnd it will be conducted in the same manner as the midterm exam (please refer to the news item for the basic procedureĪnd replace the date and time with what's appropriate for your final exam, e.g., X in the image is now 9). submit your signed final exam academic integrity honor code pledge (you will not be able to download your midterm exam if I don't have a signed pledge from you).participate in the midterm rehearsal (you cannot say that you submit late because you are not familiar with some of the exam procedure).watch the recorded DEN section live Lecture 18 on video (midterm exam logistics were presented).Plesae make sure you have done the following: TT section final exam start page (at [9:00:00am-9:40:00am) on Tuesday,, USC time).These links will become active approximately 3 minutes before the respective exam start time and you can start working on the exam as soon as you have downloaded the exam. : Below are the links for starting the final exams.Particular way of normailzation for all the programming assignments for the rest of the semester, knowing that it's not perfect. The actual curve will never be bell-shaped and linear interpolation is not the same as bell-shaped-curve interpolation.īut this is what was announced, and therefore, we will stick to this When your score is normalized, linear interpolation is used. Your minimum score is still one point if you have submitted something for grading.Īs I have mentioned in Lecture 1, although we assume that we have a bell-shaped curve, Your normalized grader-dependent part of your grade would be If your grader-dependent part of your grade is X and your grader's average is A, To figure out your normalized score for kernel3, here's what you can do. ![]() The overall class average for kernel3 was 94.29 with a standard deviation of 14.52. Her kernel3 average was 94.27 with a standard deviation of 15.33. If you are graded by Vasudha Bhanudas Mahajan , His kernel3 average was 94.31 with a standard deviation of 13.74. Please note that this only applies to the grader-dependent part of your grade. Below is the grade normalization information for kernel3. ![]()
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