Suppose that the execution time of a given program on a single processor is 9.5 ms. If you run this program on a system having 18 independent processors, you observe an overall speedup of 1.1. Using Amdahl’s Law, what must have been the fraction of the program that could be executed in parallel? (Express the answer in decimal form, i.e., if 50% of the program can be enhanced, enter 0.5. Round to three decimal places)

*PLEASE SOLVE USING PYTHON* You are a nasa engineer who needs to monitor the situation every time a probe uses its thrusters. For a given day you are given the planned times when the thruster will be used.  You need to be monitoring the situation at those boost times and for 5 minutes after. You want to figure out if you can take a break for a certain number of minutes.  To achieve this you are given the planned boost times in in hours and minutes with an am/pm. And you are given a desired break time in minutes. Output if you can take the break or not given the monitoring you have to do. For example: If you know the thruster is fired at 5:00am and 12:50pm. You need to be monitoring the situation from 5:00am to 5:05am and again from 12:50pm to 12:55pm. Apart from those times you are free to take a break. So a 5 minute break is possible. But a 12 hour break is not possible.

The H matrix should differ each time the code runs. Please provide a solution without using LLMs

Match the following function with a possible asymptotic notation. I've tried to start it, but I need a little help. Thank you

ii.Building on your decomposition for part c.i., develop an algorithm for solving the problem. Include this algorithm in your solution document, and also write down your PI and the individual number that you have obtained via Steps 1–3 from your PI H5737055