stackyFACTS
Science

Entropy strictly demands increasing systemic disorder

HERE’S THE INTERESTING PART

The second law of thermodynamics insists that the total entropy of an isolated system can never decrease over time. This is the sole mathematical reason a sorted deck of cards becomes randomly shuffled, but a shuffled deck will practically never perfectly sort itself.

Entropy strictly demands increasing systemic disorder
STACKY / Science
One discovery leads to another.

Keep exploring facts in this topic.

Science →
STACKY FOR IPHONE

A bigger world.
One discovery
at a time.

Keep discovering with Stacky. Interesting facts in an app that is always within reach.

Download on the App Store
ONE MORE DISCOVERY?

Keep exploring

All in this topic →
Perpetual motion directly violates thermodynamic laws
Science

Perpetual motion directly violates thermodynamic laws

The universe strictly despises a free lunch. No matter how incredibly clever your theoretical machine design is, inescapable thermal leakage will violently…

Discover more
Why everything tends toward disorder
Science

Why everything tends toward disorder

Thanks to the second law of thermodynamics, things naturally degrade from order to disorder. Entropy dictates that without energy constantly being pumped into…

Discover more
What counterintuitive rule of physics explains why casually blowing on a cup of hot coffee actually cools it down?
Science

What counterintuitive rule of physics explains why casually blowing on a cup of hot coffee actually cools it down?

What counterintuitive rule of physics explains why casually blowing on a cup of hot coffee actually cools it down?

Discover more
Energy lasts forever but becomes useless
Science

Energy lasts forever but becomes useless

The first law of thermodynamics famously promises that energy is immortal, which sounds uplifting until the second law chimes in. Sure, the total amount of…

Discover more
Density changes based on temperature, meaning cold water molecules pack tightly together and sink, while hot water molecules spread out and rise to the surface.
Science

Density changes based on temperature, meaning cold water molecules pack tightly together and sink, while hot water molecules spread out and rise to the surface.

Density changes based on temperature, meaning cold water molecules pack tightly together and sink, while hot water molecules spread out and rise to the…

Discover more
Kelvin formulated the strict rigid rules of thermodynamics
Science

Kelvin formulated the strict rigid rules of thermodynamics

Lord Kelvin looked at steam engines and decided the entire concept of heat transfer lacked an overarching, depressing mathematical framework. He helped…

Discover more
StackyMore discoveries in the app
Download on the App Store