Density Escape Room
An escape room so dense not even Archimedes could escape.
start
Introduction
Welcome to the density escape room! Read through the directions below before you begin.
Density is a property of matter that allows us to identify substances. You will use the density formula to calculate the density of mystery objects and make your way out of each room. You will have to search for clues and use your science knowledge to complete the tasks. Click the more info tab for background about how to solve for density. Then, click the next button to begin.
+ info
Tests
Complete each test to beat the game: there is no other way to escape!
Test 1
Test 2
Test 3
Test 1
1/3
Find the mass of the object using the triple beam balance:
81.2 g
80 g
Test 1
2/3
What is the volume of the cube. Use the formula l x w x h. Remember that all sides of a cube are equal in length.
2 cm3
8 cm3
64 cm3
Test 1
3/3
You're almost there.You found the mass to be 81.2 g, the volume to be 8 cm3. The last step is to find the density to identify the mystery object.
Acrylic
Gold
Aluminum
Molybdenum
Density chart (click to see the list of densities)
Tests
Complete each test to beat the game: there is no other way to escape!
Test 2
Test 1
Test 3
1/3
Test 2
Find the mass
36.75g
536.8g
530.8
2/3
Test 2
Find the volume
1000 cm3
10 cm3
100 cm3
3/3
Test 2
Find the density to complete the test. Mass = 536.8 g, volume = 1000 cm3.
Titanium
Follow the link to identify the object
Iron
Lithium
Tests
Complete each test to beat the game: there is no other way to escape!
Test 1
Test 2
Test 3
Test 3
1/3
What is the mass of the object?
5.01 g
50.1 g
Test 3
2/3
What is the volume of the object?
10 mL
30 mL
Test 3
3/3
Calculate the density, then follow the link to identify the substance. Mass = 50.1 g and volume = 30 mL.
Argon
Helium
Sulfur
Completed
Congratulations, you have successfully completed the escape room!
Start over?
Oh oh!
That answer is not correct...
But don't lose your balance, continue on your way and try again!
back
Density formula: d=m/v You will first need to find the mass of the sample by adding the values on the triple beam balance. Next, you will find the volume using the formula l x w x h, or using displacement (subtract the initial volume from the final volume on the graduated cylinder). Once you find the mass and the volume, plug the numbers into the density equation. You can then use the density chart to find a substance with a similar density to the one that you cancluated. Choose the option with the closest density (it does not need to be exact)
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Density Escape Room
Abigail Fletcher
Created on October 19, 2025
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Transcript
Density Escape Room
An escape room so dense not even Archimedes could escape.
start
Introduction
Welcome to the density escape room! Read through the directions below before you begin.
Density is a property of matter that allows us to identify substances. You will use the density formula to calculate the density of mystery objects and make your way out of each room. You will have to search for clues and use your science knowledge to complete the tasks. Click the more info tab for background about how to solve for density. Then, click the next button to begin.
+ info
Tests
Complete each test to beat the game: there is no other way to escape!
Test 1
Test 2
Test 3
Test 1
1/3
Find the mass of the object using the triple beam balance:
81.2 g
80 g
Test 1
2/3
What is the volume of the cube. Use the formula l x w x h. Remember that all sides of a cube are equal in length.
2 cm3
8 cm3
64 cm3
Test 1
3/3
You're almost there.You found the mass to be 81.2 g, the volume to be 8 cm3. The last step is to find the density to identify the mystery object.
Acrylic
Gold
Aluminum
Molybdenum
Density chart (click to see the list of densities)
Tests
Complete each test to beat the game: there is no other way to escape!
Test 2
Test 1
Test 3
1/3
Test 2
Find the mass
36.75g
536.8g
530.8
2/3
Test 2
Find the volume
1000 cm3
10 cm3
100 cm3
3/3
Test 2
Find the density to complete the test. Mass = 536.8 g, volume = 1000 cm3.
Titanium
Follow the link to identify the object
Iron
Lithium
Tests
Complete each test to beat the game: there is no other way to escape!
Test 1
Test 2
Test 3
Test 3
1/3
What is the mass of the object?
5.01 g
50.1 g
Test 3
2/3
What is the volume of the object?
10 mL
30 mL
Test 3
3/3
Calculate the density, then follow the link to identify the substance. Mass = 50.1 g and volume = 30 mL.
Argon
Helium
Sulfur
Completed
Congratulations, you have successfully completed the escape room!
Start over?
Oh oh!
That answer is not correct...
But don't lose your balance, continue on your way and try again!
back
Density formula: d=m/v You will first need to find the mass of the sample by adding the values on the triple beam balance. Next, you will find the volume using the formula l x w x h, or using displacement (subtract the initial volume from the final volume on the graduated cylinder). Once you find the mass and the volume, plug the numbers into the density equation. You can then use the density chart to find a substance with a similar density to the one that you cancluated. Choose the option with the closest density (it does not need to be exact)
genial.ly