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One of the great things about a numerical simulation is that you can easily adjust it to account for new physics. Uncomm line if r[i+1] <= 0: s[i+1] = -s[i+1] near the end of the for loop in the above code. If you're feeling particularly ambitious, make a guess as to what will happen to the projectile. Keep in mind r is height and s is velocity. Then, whether you've made a guess or not, run the code to see what happens. In words, describe what you see and what you think is happening to the projectile. Describe what each part of that line of code is doing.

One of the great things about a numerical simulation is that you can easily adjust it to account for new physics. Uncomm line if r[i+1] <= 0: s[i+1] = -s[i+1] near the end of the for loop in the above code. If you're feeling particularly ambitious, make a guess as to what will happen to the projectile. Keep in mind r is height and s is velocity. Then, whether you've made a guess or not, run the code to see what happens. In words, describe what you see and what you think is happening to the projectile. Describe what each part of that line of code is doing.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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7:06 Q2 - Adding a Twist One of the great things about a numerical simulation is that you can easily adjust it to account for new physics. Uncomm line if r[i+1] <= 0: s[i+1] = -s[i+1] near the end of the for loop in the above code. If you're feeling particularly ambitious, make a guess as to what will happen to the projectile. Keep in mind r is height and s is velocity. Then, whether you've made a guess or not, run the code to see what happens. In words, describe what you see and what you think is happening to the projectile. Describe what each part of that line of code is doing. [ ]
Transcribed Image Text:7:06 Q2 - Adding a Twist One of the great things about a numerical simulation is that you can easily adjust it to account for new physics. Uncomm line if r[i+1] <= 0: s[i+1] = -s[i+1] near the end of the for loop in the above code. If you're feeling particularly ambitious, make a guess as to what will happen to the projectile. Keep in mind r is height and s is velocity. Then, whether you've made a guess or not, run the code to see what happens. In words, describe what you see and what you think is happening to the projectile. Describe what each part of that line of code is doing. [ ]
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