p-V-T diagram for ideal gases

p-V-T diagram for ideal gases

The relationship between the pressure, volume and temperature of ideal gases is described by the gas laws.


Raktiniai žodžiai

PVT diagrama, Idealus dujos, Dujų įstatymai, Boilio-Marioto dėsnis, Gei Liusako 1 (-asis) dėsnis, Gei Liusako 2 (-asis) dėsnis, P-v-T paviršius, Izochorinis procesas, izoterminis procesas, izobarinis procesas, kiekio vertė, Valstybės kiekis, Termodinamika, Temperatūra, Spaudimas, Garsas, Dujos, Temperatūros pokytis, Tūrinis terminis išplėtimas, Fizinis turtas, Fizika, fizinis

Susiję elementai


Susiję elementai

How does it work? - Air conditioner

An air conditioner cools the air inside by drawing heat away and releasing it outside.

How does it work - Refrigerator

This animation demonstrates how a refrigerator works.

Diesel engine

The German engineer Rudolf Diesel patented the diesel engine in 1893.

Keturtaktis Otto variklis

Ši animacija vaizduoja dažniausiai automobiliuose naudojamo variklio tipą.

Radial engine

Radial engines are used primarily in aeroplanes and helicopters.

Stirling engine - hot-air engine

Stirling engines are also known as external combustion engines. Unlike internal combustion engines (e.g. Otto-engine), here combustion takes place outside...

Two-stroke engine

A two-stroke engine is a type of internal combustion engine with a cycle of only two (power) strokes.

Wankel engine

A type of rotary engine of high efficiency


Geizeris tai periodiškai trykštanti karšta versmė, kuri išmeta į orą vandens bei garų stulpą.

Layers of the ocean

Physical properties, as well as the flora and fauna of the ocean change with depth.

Melting and freezing

During freezing hydrogen bonds are formed between water molecules resulting in a crystal structure.

Phase transitions

A phase transition is the change of a substance from one state of matter to another.


There are various types of instruments used for measuring temperature.

Watt´s steam engine (18th century)

The steam engine, perfected by the Scottish engineer James Watt, revolutionised technology.

Body-centred cubic lattice

The least tightly packed crystal structure.

Face-centred cubic metal lattice

The face-centred cubic metal lattice allows the closest fit of metal atoms.

Hexagonal metallic lattice

Metals forming hexagonal metallic lattices are rigid and difficult to machine.

Thermal expansion of bridges

The length of the metal frameworks of bridges change when the temperature changes.

Added to your cart.