Problem Statement: Write a program that simulates an event with biased outcomes. The program accepts a map of possible outcomes and their probabilities. The outcomes are generated based on the provided probabilities.

Example Usage:

• Rolling a biased six-faced dice.
• Flipping a biased coin.

Rules:

• Probabilities can be provided as integers or percentages.
• Each occurrence of the event generates one outcome independently.
• Large numbers of event occurrences should follow the provided biasness.

Problem Statement: Create a program that evaluates multiple mathematical expressions in bulk using a web API. The program should display the results for each expression.

Example Usage:

• Evaluate expressions like "2 * 4 * 4" or "sqrt(5^2 - 4^2)".
• Use a web API for evaluations.

Rules:

• No local evaluation of expressions; all evaluations are done using a web API.
• Handle the API's rate limits (e.g., 50 requests per second per client) and concurrency.

Problem Statement: Debug a Bash or Python script that performs computations based on an integer input (n). The script has bugs that need to be identified and fixed.

Example Usage:

• The script calculates squares, factorials, or sums based on the input value.

Rules:

• Identify and fix bugs in the provided Bash or Python script.
• Minimize changes to the script (less than 5 characters).

Each task is located in its respective folder (Task1, Task2, Task3) with detailed instructions and code files.