Escape room granja

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farm escape room

Mission: accomplish all tasks to break out of all the rooms!

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the chickens and the eggs

Collect eggs with every right question

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You’re in the middle of an abandoned farm, and you've found a mysterious old weather station. You must solve this riddle to unlock the next clue! answer each question correctly and collect the eggs

continue..

collect

question 1/4

Find the pressure in kilopascals produced by the column of mercury 600 mm high. Once you have the pressure, convert it to atmospheres to unlock the next clue!

106.78 Pa and 9.07 atm

0.79 Pa and 80.0496 atm

80.0496 Pa and 0.79 atm

collect

question 2/4

What is the relationship between mass of a substance and its volume called?

Density

Volume

Weight

Pregunta 3/4

________ is defined as the force divided by the area.

collect

Density

Distance

Pressure

Co, co, co...

¡Well executed! Happy chickens :)

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the cow's milk

Milk the cows for each question answered correctly

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question 1/4

You’ve just stumbled upon a mysterious old gas pipeline system that runs beneath the farm. To prevent a potential leak, you need to check the pressure inside the pipeline using an old-fashioned pressure gauge. The gauge has one end open to the atmosphere, and you know the local atmospheric pressure is 14.2 psi. Determine the absolute pressure inside the pipeline (in psi). The gauge will give you the gauge pressure, but you’ll need to add the atmospheric pressure to find the absolute pressure.

milk

90,045.995 Pa

90 Pa

90,045.995 KPa

Pregunta 2/4

Name the principle that states that when there is an increase in pressure at any point in a confined fluid, there is an equal increase at every other point in the container.

Ordeñar

Archimedes Principle

Pascal’s principle

Pascal´s law

Pregunta 3/4

What is the sum of the gauge pressure and the atmospheric pressure?

Ordeñar

Absolute pressure

Absolute density

Absolute volume

Mmuuu...

¡Bien hecho! Vacas felices

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the pigs and their food

feed the pigs with every right answer

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You’ve found a mysterious log floating in the pond on the farm. The log is strange, though—it’s been floating vertically, but one end has become waterlogged and denser than the other.

continue..

9.75x10-3 g/m3

8x10-3 g/m3

8x10^3 g/m3

.00796 g/cm3

question 1/4

To solve the mystery of the farm’s strange floating logs, you need to determine the average density of this log, knowing that 20% of its length is above the water.

Alimentar

First law of thermodinamics

Gravity

Newton's second law of motion

Archimedes’ principle

Pregunta 2/4

According to this principle the buoyant force on an object equals the weight of the fluid it displaces.

Alimentar

Diameter at point 1: d1=7.874d1​=7.874 in Diameter at point 2: d2=5.9055d2​=5.9055 in Diameter at point 3: d3=3.937d3​=3.937 in Diameter at point 4: d4=1.9685d4​=1.9685 in The velocity of water at the first point (where the flow enters) is 196.848 ft/min, and the velocity at the final point (where the water exits the system) is 590.544 ft/min. To continue your search for the next clue hidden on the farm, you need to figure out the velocities of the water at points 2 and 3.

continue..

v2= 6.54 m/s v3 = 9.32 m/s

v2 = 2.786 m/s v3 = 6.08 m/s

v2 = 3.2478 m/s v3 = 1-874 m/s

v2 = 1.874 m/s v3 = 3.2478 m/s

Pregunta 3/4

Diameter at point 1: d1=7.874d1​=7.874 in Diameter at point 2: d2=5.9055d2​=5.9055 in Diameter at point 3: d3=3.937d3​=3.937 in Diameter at point 4: d4=1.9685d4​=1.9685 in The velocity of water at the first point (where the flow enters) is 196.848 ft/min, and the velocity at the final point (where the water exits the system) is 590.544 ft/min. To continue your search for the next clue hidden on the farm, you need to figure out the velocities of the water at points 2 and 3.in m/s

Alimentar

volume

velocity

pressure

flow rate

Pregunta 4/4

If the fluid is incompressible and we do not take into account the effects of the internal friction, what will remain constant?

Alimentar

OinK, oink...

¡Bien hecho! cerdos felices

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Las ovejas y su lana

Esquila lana de las ovejas por cada pregunta acertada

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Pregunta 1/4

You find yourself on an abandoned farm, surrounded by overgrown fields and weathered buildings. While exploring the old barn, you come across a mysterious water tank that appears to be part of a forgotten irrigation system. The tank is filled to a height of 6 meters, and at a height of 4 meters below the water surface, there’s a small hole. As you observe the water trickling out, you realize that solving the puzzle of this old irrigation system could reveal the next clue hidden somewhere on the farm. To solve the puzzle and unlock the next clue, you need to determine the following: A. The outflow velocity of the water in the orifice. B. The flow rate of water in liters per second through the hole. C. The time it takes for the water to fall and touch the ground. D. The horizontal range of the water flows once it hits the ground.

Esquilar

A) 8.85 m/s B) 2.78 L/s C) 0.63 s D) 5.57 m

A) 9.05 m/sB) 6.07 l/s C) 9.06 s D) 3.04 m

A) 5.87 m/s B)9.56 l/s C) 3.04 s D) 7.98 m

Pregunta 2/4

What equation expresses that the pressure of a fluid decreases as the speed and the height of the fluid increases?

Esquilar

Bernoulli’s equation

Pascal's equation

Sócrates' equation

Pregunta 3/4

What principle explains the speed at which a fluid exits a hole in a container, based on the height of the fluid above the hole?

Esquilar

Pitágoras' Theorem

Descartes' Theorem

Torricelli's Theorem

Beeeehehe...

¡Bien hecho! ovejas felices

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Muy bien, ¡tareas hechas!

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FInalizar

¡Enhorabuena!

Empezar de nuevo

¡Se hizo de noche y no has terminado tus tareas!

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