CSCI 301
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Solved CSCI 301 Lab 7 (Operations on Bags)
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Solved CSCI 301 Lab 6 (Properties of Relations)
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Solved CSCI 301 Lab 5 (Properties of Relations)
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Solved CSCI 301 Lab 4 (Racket Programming: Recursion and Set Operations)
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Solved CSCI 301 Lab 3 (Racket Programming: Recursion and Set Operations)
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Solved CSCI 301 Lab 2 (Racket Programming: Recursion)
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![Solved Homework 3 CSCI 301 Use the method of proof by contradiction. 1. [4 points] Prove that √6 is irrational.](https://jarviscodinghub.com/wp-content/uploads/2025/08/programming-solutions.jpg)
Solved Homework 3 CSCI 301 Use the method of proof by contradiction. 1. [4 points] Prove that √6 is irrational.
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![Solved Homework 2 CSCI 301 1) [4 points] Prove that 9 | (4#$ + 8) for every integer 𝑛 ≥ 0. 2) [4 points] Prove that ∑ (8𝑖 − 5) $](https://jarviscodinghub.com/wp-content/uploads/2025/08/programming-solutions.jpg)
Solved Homework 2 CSCI 301 1) [4 points] Prove that 9 | (4#$ + 8) for every integer 𝑛 ≥ 0. 2) [4 points] Prove that ∑ (8𝑖 − 5) $
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![Solved Homework 1 CSCI 301 1. [2 points] Explicitly write out the contents of the following set: 𝑋𝜖 𝒫({1,2,3}): 2𝜖𝑋](https://jarviscodinghub.com/wp-content/uploads/2025/08/programming-solutions.jpg)
Solved Homework 1 CSCI 301 1. [2 points] Explicitly write out the contents of the following set: 𝑋𝜖 𝒫({1,2,3}): 2𝜖𝑋
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