Want to create interactive content? It’s easy in Genially!

Get started free

Escape from Pixel Castle

tukahya

Created on March 26, 2026

Start designing with a free template

Discover more than 1500 professional designs like these:

Science Breakout

Mystery Breakout

Musical Room Escape

Submarine Escape Game

Earth Day Escape Room

Corporate Escape Room: Operation Christmas

Witchcraft Escape Room

Transcript

Escape from Pixel Castle

Start

Introduction

While you are traveling through unexplored areas of China, you have been captured by the soldiers of the Pixel King's Castle. You will need to gather courage and overcome the trials that the King will put you through in order to try to obtain the pixel coins, pay for your release with them, and continue your journey.

Let's go!

select mission

PIXEl rolls

Fake doors

MATHS JUMP

coins

Dancing stones

Fake doors

You must correctly answer the various questions to find the only true door and advance in your mission.

Start

What is the capital of China?

Hong Kong

Shanghai

Beijing

1/3

Great!

You chose the correct door

Next

1/3

What happens to liquid pressure when you dive deeper into a lake?

It increases

It stays the same

It decreases

2/3

Take it!

You chose the correct door

Next

2/3

Why do hydraulic lifts work?

Because they use pulleys

Because Pascal’s Law transmits pressure equally in the liquid

Because they use magnets

3/3

Well done!

You have a pixel coin! Three more will be enough to buy your freedom

Continues

3/3

ERROR!

Ouch! What a headache.Try again.

Return

ERROR!

Ouch! What a headache.Try again.

Return

Error!

Ouch! What a headache.Try again.

Return

MISSION MAPS

PIXEL rolls

Fake doors

MATHS JUMP

coins

Dancing stones

Maths jump

Solve math calculation problems about solid state to advance in this mission. Jump on the correct answer and demonstrate your skills.

Start

Pressure at a depth of 2 m in oil (density 800 kg/m³, g = 10 m/s²) is:

A. 1600 Pa

B. 8000 Pa

C. 16,000 Pa

D. 1,600,000 Pa

1/4

Well done!

You have jumped to the correct answer

Next

1/4

A tank of water is 5 m deep. Density of water = 1000 kg/m³. What is the pressure at the bottom? (g = 10 m/s²)

A. 5 Pa

B. 50,000 Pa

C. 500 Pa

D. 5000 Pa

2/4

Yeah!

You have jumped on the correct answer

Next

2/4

A liquid exerts a pressure of 20,000 Pa at a depth of 4 m. What is the density of the liquid? (g = 10 m/s²)

A. 500 kg/m³°

B. 2000 kg/m³

C. 1000 kg/m³

D. 400 kg/m³

3/4

Got it!

You have jumped to the correct answer

Next

3/4

Pressure at 3 m depth in water (ρ = 1000 kg/m³, g = 10 m/s²) is:

A.300 Pa

B.3000 Pa

C.300,000 Pa

D.30,000 Pa

4/4

WELL DONE!

You have earned one more pixel coin. You have two left to pay the King of the castle.

Continúa

4/4

Error

Wow! It seems like the answer is incorrect.

Return

ERROR

Wow! It looks like the answer is incorrect.

Return

ERROR

Wow! It seems like the answer is incorrect.

Return

ERROR

Wow! It looks like the answer is incorrect.

Go back

MISSION MAP

PIXEL rolls

Fake doors

MATHS JUMP

COINS

Dancing stones

PIXELrolls

You must maintain balance and jump from one roller to another by answering the questions correctly in order to progress.

Start

Pascal’s Law is used in:

Hydraulic car lifts

Ice melting

Water evaporation

1/5

Which liquid produces more pressure at the same depth?

Oil (ρ = 800)

Water (ρ = 1000)

Mercury (ρ = 13,600)

2/5

If gravity increases, what happens to liquid pressure?

Decreases

Increases

Becomes zero

3/5

At which point is the pressure greatest in a liquid?

Everywhere equal

In the middle

At the bottom

4/5

A diver goes deeper underwater. What happens to pressure?

Increases

Stays constant

Decreases

5/5

WELL DONE!

You have earned one more pixel coin. You need one more to pay the King of the castle.

Continue

5/5

ERROR

Oh! It seems you got soaked

Return

MISSION MAP

PIXEL rolls

Fake doors

MATHS JUMP

coins

Dancing stones

Dancing stones

Choose the right stones and stand on them while answering the questions correctly to move forward without falling into the water.

Start

Let's go!

Choose a rock to jump on

1/5

A point in water has pressure 40,000 Pa. If depth is 4 m, what is g? (ρ = 1000 kg/m³)

10 m/s²

20 m/s²

2 m/s²

1/5

Let's go!

Choose a rock to jump on

2/5

At the same depth, pressure in different shaped containers is:

Zero

Same

Different

2/5

Let's go!

Choose a rock to jump on

3/5

Why is pressure higher at the bottom of oceans?

More water above

Less gravity

Less density

3/5

Let's go!

Choose a rock to jump on

4/5

Pressure depends on:

Depth, density, gravity

Shape, color, size

Only weight

4/5

Let's go!

Choose a rock to jump on

5/5

A diver goes from 5 m to 15 m depth. How does pressure change?

Triples

Doubles

Halves

5/5

WELL DONE!

It seems you have obtained the 4 pixel coins, talk to the Castle King to be released

Continue

5/5

Error

Oh! It looks like you got soaked

Return

MISSION MAP

PIXEL rolls

Fake doors

MATHS JUMP

coins

Dancing stones

use coins

Good!

King Pixel has finally set you free! You can now see the sunset at the lake.

Let's go!

YOU HAVE ESCAPED AND YOU ARE FREE!

Now you can enjoy the pleasant view of the lake at sunset

Start over

YOU ARE NOT READY YET You must complete the previous missions to continue

YOU ARE NOT READY YET You must complete the previous missions to continue

Be careful!

If you go back to the beginning, you will lose all progress and have to start over.

Continue

Exit

NOT YET READY You must complete the previous missions to continue

Be careful!

If you go back to the beginning, you will lose all progress and have to start over.

Continue

Exit

YOU ARE NOT READY YET You must complete the previous missions to continue

Be careful!

If you go back to the beginning, you will lose all progress and have to start over.

Continue

Exit

YOU ARE NOT READY YET You must complete the previous missions to continue

Be careful!

If you go back to the beginning, you will lose all progress and have to start over.

Continue

Exit

YOU ARE NOT READY YET You must complete the previous missions to continue