To calculate the total popularity score for each programming language, use the exponential popularity factor by squaring the number of first-place votes, cubing the second-place votes, and so on. Based on the total popularity scores, C++ emerges as the ultimate winner.
We need to calculate the total popularity score for each programming language based on the given votes. To do this, we will use the exponential popularity factor, which involves squaring the number of first-place votes, cubing the second-place votes, and so on.
For Python: The total popularity score = (120^2) + (90^3) + (80^4) + (50^5) = 14,400 + 729,000 + 4,096,000 + 3,125,000 = 7,964,400.
Similarly, for Java, C++, and JavaScript, we calculate the total popularity scores as follows:
Java: 3,803,400
C++: 75,768,800
JavaScript: 3,040,800
Based on the total popularity scores, C++ emerges as the ultimate winner in the contest.
The probable question may be:
In a tech-savvy contest, four programming languages (Python, Java, C++, and JavaScript) compete for popularity among 412 developers. The votes are distributed as follows:
Language First-Place Votes Second-Place Votes Third-Place Votes Fourth-Place Votes
Python 120 90 80 50
Java 100 110 80 60
C++ 80 90 120 60
JavaScript 112 80 60 60
Now, consider the tech-savvy twist: Each programming language gains exponential popularity points based on the votes received. If the exponential popularity factor is determined by squaring the number of first-place votes, cubing the second-place votes, and so on, calculate the total popularity score for each programming language. After factoring in these exponential weights, which programming language emerges as the ultimate winner in the contest?
Options:
A) Python
B) Java
C) C++
D) JavaScript