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# Amazing Race Challenge

Chapman Computer Science Club
October 5, 2023

<br/>

---

* Get into teams
* Complete your given task
* When task is completed, redeem your points and start your next task
* For your last task, points will be awarded based on how many questions you get correct
* You will have 30 minutes to complete all of your tasks

---
# Coding challenges
### [Leet Code - Two Sum](https://leetcode.com/problems/two-sum/)
### [Leet Code - Valid Anagram](https://leetcode.com/problems/valid-anagram/)
### [Leet Code - Missing Number](https://leetcode.com/problems/missing-number/)
### [Leet Code - Length of Last Word](https://leetcode.com/problems/length-of-last-word/)
### [LeetCode - Roman to Integer](https://leetcode.com/problems/roman-to-integer/)

# Puzzles
### [Nerdle](https://nerdlegame.com/)
### [Hello Wordl](https://hellowordl.net/?seed=20231006&length=5&game=1)
### [Sudoku](https://sudoku.com/challenges/daily-sudoku)

# Logic Questions **(10 possible points)**
**5 questions, all must be submitted at the same time
2 points/correct answer**

---

Exactly six of seven researchers-three anthropologists: Franklin, Jones, and Marquez; and four linguists: Neil, Osborne, Rice, and Samuels—will be included in two three-person teams-team 1 and team 2. No researcher will be included in more than one team. Each team must include at least one anthropologist and at least one linguist. The teams' composition must conform to the following conditions:

* Neither team includes both Franklin and Samuels.
* Neither team includes both Neil and Rice.
* If a team includes Marquez, it includes neither Rice nor Samuels.
* If team 1 includes Jones, team 2 includes Rice.

<div style="background-color: lightblue;">
<center>

1. Which one of the following could be the list of the researchers on the two teams?
<b>(2 pts)</b>

A) team 1: Franklin, Marquez, Osborne
team 2: Jonoes, Neil, Rice

B) team 1: Franklin, Neil, Samuels
team 2: Jones, Osborne, Rice

C) team1: Franklin, Osborne, Rice
team 2: Jones, Neil, Samuels

D) team 1: Jones, Marquez, Neil
team 2: Osborne, Rice, Samuels

E) team 1: Jones, Osborne, Rice
team 2: Franklin, Marquez, Neil

</div>

<div style="background-color: lightpink;">
<center>
2. Each of the following is a pair of researchers that
could be on team 2 together EXCEPT:
<b>(2 pts)</b>

A) Franklin and Jones
B) Franklin and Marquez
C) Franklin and Rice
D) Jones and Marquez
E) Jones and Rice
</center>
</div>

---

Fu, Gunsel, Jackson, Kowalski, Lee, Mayer, and Ordoveza are the only applicants being considered for some positions at a nonprofit organization. Only applicants who are interviewed will be hired. The hiring process must meet the following constraints:
- If Gunsel is interviewed, Jackson is interviewed.
- If Jackson is interviewed, Lee is interviewed.
- Fu is interviewed.
- Fu is not hired, unless Kowalski is interviewed.
- Kowalski is not hired, unless Mayer is interviewed.
- If Mayer is hired, and Lee is interviewed, Ordoveza is
hired.

<div style="background-color: lightsalmon;">
<center>
3. If every applicant that is interviewed is hired, and if
Lee is hired, then each of the following applicants must be interviewed EXCEPT:
<b>(2 pts)</b>

A) Fu
B) Jackson
C) Kowalski
D) Mayer
E) Ordoveza

</center>
</div>

<div style="background-color: orange;">
<center>
4. Which one of the following could be true?

<b>(2 pts)</b>

A) Lee and Mayer are the only applicants interviewed.
B) Fu, Jackson, and Kowalski are the only applicants interviewed.
C) Gunsel and one other applicant are the only applicants interviewed.
D) Gunsel and two other applicants are the only
E) applicants interviewed. Gunsel and three other applicants are the only applicants interviewed.

</center>
</div>

---

You have two cylinders with the same mass and diameter. One cylinder is solid, while the other is hollow. You release both cylinders simultaneously at the top of an inclined ramp.

<div style="background-color: violet;">
<center>
5. Which of the following statements is true about their motion as they roll down the ramp?

<b>(2 pts)</b>

A) The hollow cylinder will reach the bottom first because it's lighter.
B) The solid cylinder will reach the bottom first because it has more rotational inertia.
C) Both cylinders will reach the bottom at the same time because they have the same mass and diameter.
D) It's impossible to determine which cylinder will reach the bottom first without additional information.
</center>