Reaction Detected!
Who triggered the bond breakdown?
A biochemistry GAME
One rogue atom has triggered an unstable reaction in the lab. Can you catch the culprit before it's too late?
start
introduction
You’re locked inside a high-security molecular lab… and something’s gone horribly wrong. A rogue atom has triggered a chain reaction that’s thrown the system into chaos — bonds are breaking, energy is surging, and molecules are destabilizing. Someone in the lab sabotaged a molecular structure using the wrong kind of bond in the wrong molecule, for the wrong reason — and now it’s up to you to restore balance. Your mission: Investigate the lab to uncover the full reaction profile:🧪 Which atom is responsible?🧷 Which room did it happen in?⚡ What triggered the reaction?Each room holds vital clues! You will visit them all and use your science skills to piece together the truth. Solve the mystery and escape the lab. React wisely...or stay sealed in the lab...FOREVER!
Instructions
start
Game Objective
A rogue atom has triggered chaos in the molecular lab. Your job? Solve the reaction that destabilized the system. You must determine:Which atom caused the disruption (Suspect) Which lab room it happened in (Scene of the Reaction)What reaction trigger set it all off (Catalyst of Chaos)It’s not just Clue — it’s Chemical Clue.The suspects are atoms.The rooms are your lab stations.The crime? A bond broken for all the wrong reasons.Uncover the clues. Reconstruct the reaction. Escape the lockdown — or be stuck in molecular meltdown.
Instructions
start
Lab
Roll the die
Molecule hall
Energy Vault
LIBRARY
Cafeteria
Atomic Room
Triggers
characters
Shell Shuffle
Storage
instructions
Bond Bay
Play Again
you did it!
Mystery Solved! - You cracked the case!
- Valeria Shell triggered the reaction in the Shell Shuffle using unstable bonding.
- The system is now secure — thanks to your scientific instincts.
- Well done, Investigator. The lab is safe again.
Game instructions
1.
Choose your character.
2.
Each player rolls the die. The highest number starts and the game proceeds clockwise.
3.
You need to enter all the rooms of the mansion to uncover the clues. Inside each room, you have to answer a question. If you answer correctly, you get the clue; if you fail, you lose your turn. You can use your turn inside the room to use a secret passage if the room has one.
4.
This process is repeated with each player. You have to try to get all the clues.
5.
Once you have worked out the solution, click on the magnifying glass in the center of the board to solve the mystery and obtain the key that will allow you to escape the mansion. But be careful, if you answer incorrectly, you will be out of the game.
From the Notes of Dr. B.O.N.D.
Based on the notes, which type of bond was most likely involved in the failed reaction?
CLUE
Nonpolar Covalent
Polar Covalent
Ionic
Hydrogen Bond
CHARACTERS
Valeria Shell
Leo Noble
Cal Covalente
Ike Ionic
Pho Sulfa
Rhea Energy
All chemical reactions that release energy are endothermic.
clue
False
True
Ionic bonds form when atoms share electrons equally.
clue
True
False
Why do atoms form bonds with other atoms?
CLUE
To increase their number of protons
To become heavier elements
To complete their outer electron shell
System Alert: Molecular Instability Detected. Enter the identity of the atom responsible, the location of the reaction, and the trigger condition to restore balance.
The trigger is...
The room it happened in is:
The suspect is:
The elements in CHONPS are used in living things because they are highly reactive and unstable.
CLUE
True
False
Catalysts of Chaos
CHONPS Overload
H Bond Interference
Electronegativity Clash
Electron Theft
Unbalanced Energy Input
Shell Instability
Look at the three bond types shown below. Which one is the weakest and most likely to be disrupted by a small amount of energy?
CLUE
game instructions
1.
Choose your character.
2.
Each player rolls the die. The highest number starts and the game continues clockwise.
3.
You need to enter every room in the mansion to discover the clues. Inside each room, you have to answer a question. If you do it correctly, you will get the clue; if you fail, you lose your turn. You can use your turn inside the room to use a secret passage if the room has one.
4.
This process is repeated with each player. You must try to collect all the clues.
5.
Once you have figured out the solution, click on the magnifying glass in the center of the board to solve the mystery and obtain the key that will allow you to escape from the mansion. But be careful, if you answer incorrectly, you will be out of the game.
Tucked inside an old research binder, you find this partial log entry.
clue
What kind of bond is being described in this log entry?
Nonpolar Covalent - Electrons are shared equally between atoms
Ionic – Electrons are fully transferred from one atom to another
Polar Covalent – Electrons are shared unequally
Hydrogen Bond – A weak attraction between polar molecules
Examine the valence electron diagrams below. One of these atoms is most likely to form bonds in order to fill its outer shell. Which atom is the most reactive based on its electron structure?
clue
Game instructions
1.
Choose your character.
2.
Each player rolls the die. The highest number starts and the game proceeds clockwise.
3.
You need to enter all the rooms of the mansion to uncover the clues. Inside each room, you have to answer a question. If you answer correctly, you get the clue; if you fail, you lose your turn. You can use your turn inside the room to use a secret passage if the room has one.
4.
This process is repeated with each player. You have to try to get all the clues.
5.
Once you have worked out the solution, click on the magnifying glass in the center of the board to solve the mystery and obtain the key that will allow you to escape the mansion. But be careful, if you answer incorrectly, you will be out of the game.
Which of the following atoms is least likely to form stable covalent bonds in biological molecules?
clue
Sodium
Carbon
Nitrogen
Oxygen
Who triggered the bond breakdown?
Christy Mathes
Created on October 3, 2025
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Transcript
Reaction Detected!
Who triggered the bond breakdown?
A biochemistry GAME
One rogue atom has triggered an unstable reaction in the lab. Can you catch the culprit before it's too late?
start
introduction
You’re locked inside a high-security molecular lab… and something’s gone horribly wrong. A rogue atom has triggered a chain reaction that’s thrown the system into chaos — bonds are breaking, energy is surging, and molecules are destabilizing. Someone in the lab sabotaged a molecular structure using the wrong kind of bond in the wrong molecule, for the wrong reason — and now it’s up to you to restore balance. Your mission: Investigate the lab to uncover the full reaction profile:🧪 Which atom is responsible?🧷 Which room did it happen in?⚡ What triggered the reaction?Each room holds vital clues! You will visit them all and use your science skills to piece together the truth. Solve the mystery and escape the lab. React wisely...or stay sealed in the lab...FOREVER!
Instructions
start
Game Objective
A rogue atom has triggered chaos in the molecular lab. Your job? Solve the reaction that destabilized the system. You must determine:Which atom caused the disruption (Suspect) Which lab room it happened in (Scene of the Reaction)What reaction trigger set it all off (Catalyst of Chaos)It’s not just Clue — it’s Chemical Clue.The suspects are atoms.The rooms are your lab stations.The crime? A bond broken for all the wrong reasons.Uncover the clues. Reconstruct the reaction. Escape the lockdown — or be stuck in molecular meltdown.
Instructions
start
Lab
Roll the die
Molecule hall
Energy Vault
LIBRARY
Cafeteria
Atomic Room
Triggers
characters
Shell Shuffle
Storage
instructions
Bond Bay
Play Again
you did it!
Mystery Solved!- You cracked the case!
- Valeria Shell triggered the reaction in the Shell Shuffle using unstable bonding.
- The system is now secure — thanks to your scientific instincts.
- Well done, Investigator. The lab is safe again.
Game instructions
1.
Choose your character.
2.
Each player rolls the die. The highest number starts and the game proceeds clockwise.
3.
You need to enter all the rooms of the mansion to uncover the clues. Inside each room, you have to answer a question. If you answer correctly, you get the clue; if you fail, you lose your turn. You can use your turn inside the room to use a secret passage if the room has one.
4.
This process is repeated with each player. You have to try to get all the clues.
5.
Once you have worked out the solution, click on the magnifying glass in the center of the board to solve the mystery and obtain the key that will allow you to escape the mansion. But be careful, if you answer incorrectly, you will be out of the game.
From the Notes of Dr. B.O.N.D.
Based on the notes, which type of bond was most likely involved in the failed reaction?
CLUE
Nonpolar Covalent
Polar Covalent
Ionic
Hydrogen Bond
CHARACTERS
Valeria Shell
Leo Noble
Cal Covalente
Ike Ionic
Pho Sulfa
Rhea Energy
All chemical reactions that release energy are endothermic.
clue
False
True
Ionic bonds form when atoms share electrons equally.
clue
True
False
Why do atoms form bonds with other atoms?
CLUE
To increase their number of protons
To become heavier elements
To complete their outer electron shell
System Alert: Molecular Instability Detected. Enter the identity of the atom responsible, the location of the reaction, and the trigger condition to restore balance.
The trigger is...
The room it happened in is:
The suspect is:
The elements in CHONPS are used in living things because they are highly reactive and unstable.
CLUE
True
False
Catalysts of Chaos
CHONPS Overload
H Bond Interference
Electronegativity Clash
Electron Theft
Unbalanced Energy Input
Shell Instability
Look at the three bond types shown below. Which one is the weakest and most likely to be disrupted by a small amount of energy?
CLUE
game instructions
1.
Choose your character.
2.
Each player rolls the die. The highest number starts and the game continues clockwise.
3.
You need to enter every room in the mansion to discover the clues. Inside each room, you have to answer a question. If you do it correctly, you will get the clue; if you fail, you lose your turn. You can use your turn inside the room to use a secret passage if the room has one.
4.
This process is repeated with each player. You must try to collect all the clues.
5.
Once you have figured out the solution, click on the magnifying glass in the center of the board to solve the mystery and obtain the key that will allow you to escape from the mansion. But be careful, if you answer incorrectly, you will be out of the game.
Tucked inside an old research binder, you find this partial log entry.
clue
What kind of bond is being described in this log entry?
Nonpolar Covalent - Electrons are shared equally between atoms
Ionic – Electrons are fully transferred from one atom to another
Polar Covalent – Electrons are shared unequally
Hydrogen Bond – A weak attraction between polar molecules
Examine the valence electron diagrams below. One of these atoms is most likely to form bonds in order to fill its outer shell. Which atom is the most reactive based on its electron structure?
clue
Game instructions
1.
Choose your character.
2.
Each player rolls the die. The highest number starts and the game proceeds clockwise.
3.
You need to enter all the rooms of the mansion to uncover the clues. Inside each room, you have to answer a question. If you answer correctly, you get the clue; if you fail, you lose your turn. You can use your turn inside the room to use a secret passage if the room has one.
4.
This process is repeated with each player. You have to try to get all the clues.
5.
Once you have worked out the solution, click on the magnifying glass in the center of the board to solve the mystery and obtain the key that will allow you to escape the mansion. But be careful, if you answer incorrectly, you will be out of the game.
Which of the following atoms is least likely to form stable covalent bonds in biological molecules?
clue
Sodium
Carbon
Nitrogen
Oxygen