ESCAPE FROM CHERNOBYL
Dr. Gonzales
Start
THE MISSION
You have travelled back in time to the former Soviet Union. Your mission is to use the knowledge you have obtained in PAP Chemistry to stop the nuclear power plant from melting down!
THE MISSION
You will be given 5 tasks in 5 different rooms of the plant. You may complete them in any order, but the numbers must be in the order of the room numbers to work. After each task is complete you will get a number. At the end you will have the number code for the last door. Open it, and you will avert disaster. Be sure to write down your numbers. Good luck!
Begin you mission by watching this video.
CHERNOBYL NUCLEAR POWER PLANT
Room 1: The Control Room
Get Help! Find the map in this room that contains useful links to help you out.
Careful with those knobs...
Room 2: The Containment Barrier
Let's begin with testing your knowledge of fission and fusion! The reactor is getting out of control, so get started!
Does the following describe fission, fusion or neither?
Fusion
Fission
Neither
Does the following describe fission, fusion or neither?
Fusion
Fission
Neither
Does the following describe fission, fusion or neither?
Fusion
Fission
Neither
Does the following describe fission, fusion or neither?
Fusion
Fission
Neither
Congrats on completing your first mission! write this number down: 0
In this room you will use whatyou know about balancing equations to get another number in the code!
Room 3: Schroedinger's Hideout
What particle will balance the following equation?
What particle will balance the following equation?
What particle will balance the following equation?
What particle will balance the following equation?
Congrats! You have your second number: 7 Write it down!
Room 4: The Coollant Pump
Now for your next challenge! In this room, you will face your toughest challenge yet. You will identify the complete nuclear reaction of different decay processes!
Which equation below represents beta decay of Zirconium-97?
Which equation below represents alpha decay of oxygen-15?
Determine what type of decay occurs when protactinium-231 undergoes radioactive decay to form thorium-231.
beta capture
gamma emmision
alpha capture
positron emmision
Good work! Don't relax yet though, you have one more room! Write down this number: 0
Room 5: The Reactor Core
Alright, good job so far, but let's see how you do with half life!
The half-life of Hf-182 is 1.0 x106 years. How much of a 1.00 gram sample of this isotope will
remain at the end of 5 million years?
0.063 g
0.031 g
0.016 g
The radioisotope technetium-99 is often used as a radiotracer to detect disorders of the body.
It has a half-life of 6.00 hours. If a patient received a 25.00 mg dose of this isotope during a medical procedure, how much would remain 48.0 hours after the dose was given?
0.005 mg
0.019 mg
0.098 mg
A rock sample originally contained 2.73 x 10-7 g potassium-40 which has a half life of 1.26 x 109 years. How much time has passed if 6.83 x 10-8 g of sample remains?
2.52 x 109 y
3.78 x 109 y
7.36 x 109 y
Congrats! You have the last number. The last digit is 9. Be sure to write it down! Now let's see if you can avoid meltdown...
Home
расплавление
Home
расплавление
Home
расплавление
Home
расплавление
Enter the correct password 🚨
Password
MISSION FAILED
You've destroyed the power plant......
Try again
MISSION SUCCESS
You've saved the power plant from meltdown!
Nuclear Meltdown Escape (PAP Chemistry)
gonzaless
Created on September 28, 2020
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Transcript
ESCAPE FROM CHERNOBYL
Dr. Gonzales
Start
THE MISSION
You have travelled back in time to the former Soviet Union. Your mission is to use the knowledge you have obtained in PAP Chemistry to stop the nuclear power plant from melting down!
THE MISSION
You will be given 5 tasks in 5 different rooms of the plant. You may complete them in any order, but the numbers must be in the order of the room numbers to work. After each task is complete you will get a number. At the end you will have the number code for the last door. Open it, and you will avert disaster. Be sure to write down your numbers. Good luck!
Begin you mission by watching this video.
CHERNOBYL NUCLEAR POWER PLANT
Room 1: The Control Room
Get Help! Find the map in this room that contains useful links to help you out.
Careful with those knobs...
Room 2: The Containment Barrier
Let's begin with testing your knowledge of fission and fusion! The reactor is getting out of control, so get started!
Does the following describe fission, fusion or neither?
Fusion
Fission
Neither
Does the following describe fission, fusion or neither?
Fusion
Fission
Neither
Does the following describe fission, fusion or neither?
Fusion
Fission
Neither
Does the following describe fission, fusion or neither?
Fusion
Fission
Neither
Congrats on completing your first mission! write this number down: 0
In this room you will use whatyou know about balancing equations to get another number in the code!
Room 3: Schroedinger's Hideout
What particle will balance the following equation?
What particle will balance the following equation?
What particle will balance the following equation?
What particle will balance the following equation?
Congrats! You have your second number: 7 Write it down!
Room 4: The Coollant Pump
Now for your next challenge! In this room, you will face your toughest challenge yet. You will identify the complete nuclear reaction of different decay processes!
Which equation below represents beta decay of Zirconium-97?
Which equation below represents alpha decay of oxygen-15?
Determine what type of decay occurs when protactinium-231 undergoes radioactive decay to form thorium-231.
beta capture
gamma emmision
alpha capture
positron emmision
Good work! Don't relax yet though, you have one more room! Write down this number: 0
Room 5: The Reactor Core
Alright, good job so far, but let's see how you do with half life!
The half-life of Hf-182 is 1.0 x106 years. How much of a 1.00 gram sample of this isotope will remain at the end of 5 million years?
0.063 g
0.031 g
0.016 g
The radioisotope technetium-99 is often used as a radiotracer to detect disorders of the body. It has a half-life of 6.00 hours. If a patient received a 25.00 mg dose of this isotope during a medical procedure, how much would remain 48.0 hours after the dose was given?
0.005 mg
0.019 mg
0.098 mg
A rock sample originally contained 2.73 x 10-7 g potassium-40 which has a half life of 1.26 x 109 years. How much time has passed if 6.83 x 10-8 g of sample remains?
2.52 x 109 y
3.78 x 109 y
7.36 x 109 y
Congrats! You have the last number. The last digit is 9. Be sure to write it down! Now let's see if you can avoid meltdown...
Home
расплавление
Home
расплавление
Home
расплавление
Home
расплавление
Enter the correct password 🚨
Password
MISSION FAILED
You've destroyed the power plant......
Try again
MISSION SUCCESS
You've saved the power plant from meltdown!