I have #1 i need help with #2

1. (30 pts) Assume that you are considering enhancing a machine by adding a special feature to it. The percentage of time (the original run time before the feature is added) that the machine can be run using this new feature is denote as p%, and, during this portion of time, the machine with this new feature runs f% faster than the old one without it. (a) Determine the overall speedup for each of the following: i. f = 50, p = 80 ii. f = 100, p = 60 iii. f = 200, p = 40 iv. f = 300, p = 20 (b) Draw a graph that plots together each of the two speedup functions for f = 100 and f 300 in terms of p with p ranging from 0 to 100 (y-axis being the speedup and x-axis being p). 2. (20 pts) Redo problem 1(a) if p is defined as percentage of time that the machine runs using the special feature but instead measured against the new overall time when the special feature is used. 1. (30 pts) Assume that you are considering enhancing a machine by adding a special feature to it. The percentage of time (the original run time before the feature is added) that the machine can be run using this new feature is denote as p%, and, during this portion of time, the machine with this new feature runs f% faster than the old one without it. (a) Determine the overall speedup for each of the following: i. f = 50, p = 80 ii. f = 100, p = 60 iii. f = 200, p = 40 iv. f = 300, p = 20 (b) Draw a graph that plots together each of the two speedup functions for f = 100 and f 300 in terms of p with p ranging from 0 to 100 (y-axis being the speedup and x-axis being p). 2. (20 pts) Redo problem 1(a) if p is defined as percentage of time that the machine runs using the special feature but instead measured against the new overall time when the special feature is used