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physical property
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The lithosphere is brittle. A brittle material is one that loses cohesion when it fails allowing fractures to propagate through the material. The lithosphere is brittle because it is at too low a temperature and pressure to fail or deform in a ductile manner.
Knowledge of the Earth's interior is based on the reactions of seismic waves from earthquakes to the density and state of materials that they encounter. Rock that is torn off and expelled by volcanism is studied as another indicator of what lies below the surface. Another clue lies in meteorites that have landed on Earth known as Chondrites. These can indicate the material from which planets are formed. The study of Earth's magnetic field and gravitational properties also indicate or strongly infer what lies deep in Earth's interior.
Yes. The largest 'objects' that exist are unimaginably huge clouds of material in space.
Changing the temperature or pressure of a material we can change the phase.
Matter changing state is usually a result of the material changing temperature and/or a change in the surrounded pressure on the material. The change of state is usually associated with a change in its density.
Temperature affects substances in the atomic level. As the temperature decreases, the atoms move closer together thus changing the volume of a material. This process does not lessen the amount of material just the space it takes up.
This is called the melting point, and the temperature is different for every material. For pure water, it is zero degrees Celsius, or 32 degrees Fahrenheit. Determining the melting point of any material is an important clue to determining what the material is.
When a material is melting, the temperature is likely to be increasing. That or the temperature is just above the material's melting/freezing point.
It depends on what interior packages it has -bcracing
Curie temperature
It may change its measurable properties but a simple state change is brought on by an increase or decrease the energy content of the material and does not alter the material from one material to another.
At a defined temperature a liquid become semisolid and doesn't easily flow: this is the pour point. This is important to establish the temperature range in which this material can be used.
because condensation is the material changing state from a gas to a liquid and evaporation is the material changing state from a liquid to a gas
Properties which can be observed without changing the material include, but are not limited to:ColourTemperatureTexture/roughnessShapeSize/area/volume, etcSmellMagnetism
This depends on the nature of the material, structure, temperature, pressure.