Question 12: Code the given problem using python The Physics teacher in Alexandra's class is teaching concepts of a bouncing ball. The rubber ball that she is using has the property that if the ball is dropped from height H then, it bounces back to maximum height H/F. So, after first bounce it rises up to maximum height H/F, after second bounce to maximum height H/F?, after third bounce to maximum height H/F3, and so on. The class has N children, and the teacher wants to select two children such that when the taller child drops the ball from his height, ball reaches a maximum height equal to the height of the shorter child after some (possibly zero) number of bounces. Note that zero bounces mean heights of the two children will be same. Given the heights of the children in the class Height[], can you tell how many ways are there for the teacher to select two children for the demonstration? Note that when heights are same, the pair is only counted once (See input and output for further clarification).

Question 12: Code the given problem using python The Physics teacher in Alexandra's class is teaching concepts of a bouncing ball. The rubber ball that she is using has the property that if the ball is dropped from height H then, it bounces back to maximum height H/F. So, after first bounce it rises up to maximum height H/F, after second bounce to maximum height H/F?, after third bounce to maximum height H/F3, and so on. The class has N children, and the teacher wants to select two children such that when the taller child drops the ball from his height, ball reaches a maximum height equal to the height of the shorter child after some (possibly zero) number of bounces. Note that zero bounces mean heights of the two children will be same. Given the heights of the children in the class Height[], can you tell how many ways are there for the teacher to select two children for the demonstration? Note that when heights are same, the pair is only counted once (See input and output for further clarification).

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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