There are in total 3 states of matter. The first is when the atoms in a substance are packed closely together, making a solid. The second state of matter is when the atoms (particles) are further away from each other, and can slide past one another, forming a liquid, and the third state is when the particles are farthest apart, and move around freely and randomly, which is a gas.
Examples:
Solid: Ice
Liquid: Water
Gas: Steam/water vapour
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Air is an example of compound matter, as it is a mixture of different gases such as nitrogen, oxygen, carbon dioxide, and others. Each gas in the air retains its individual properties while also combining to form a new substance with its own unique characteristics.
Waves do not transport matter (except fot the matter equivalent of energy, according to the Theory of Relativity). For example, in a water wave, the wave moves on, but each water particle goes back to its place.Waves do not transport matter (except fot the matter equivalent of energy, according to the Theory of Relativity). For example, in a water wave, the wave moves on, but each water particle goes back to its place.Waves do not transport matter (except fot the matter equivalent of energy, according to the Theory of Relativity). For example, in a water wave, the wave moves on, but each water particle goes back to its place.Waves do not transport matter (except fot the matter equivalent of energy, according to the Theory of Relativity). For example, in a water wave, the wave moves on, but each water particle goes back to its place.
The characteristics of each state of matter are different because they are determined by the arrangement and movement of particles within the substance. In solids, particles are tightly packed and vibrate in place. In liquids, particles are more spread out and can move past each other. In gases, particles are far apart and move freely. These differences in particle arrangement and movement result in the unique properties of each state of matter.
Different types of light are created by varying the wavelength and frequency of the electromagnetic radiation emitted. For example, visible light has a wavelength range of 400-700 nanometers, while ultraviolet light has shorter wavelengths and infrared light has longer wavelengths. Each type of light interacts with matter in unique ways, resulting in different effects and applications.
The different parts of the electromagnetic spectrum have varying wavelengths and frequencies, which determine their properties and behaviors. For example, visible light has shorter wavelengths and higher frequencies compared to radio waves, resulting in differences in how they interact with matter and are detected by instruments. Additionally, each part of the spectrum is used for different applications ranging from communication (radio waves) to medical imaging (X-rays).
Each indicates a different example of abuse in Dix’s journal
They are each an example of a solid
Calcium carbonate (CaCO3) is a chemical compound and is matter.
Solid, liquid, gas
properties of addition with example
the answer is homogeneous mixture.OR.......a solution
The three phases of matter are solid, liquid, and gas. An example of each would be ice (solid), water (liquid), and steam (gas).
Air is an example of compound matter, as it is a mixture of different gases such as nitrogen, oxygen, carbon dioxide, and others. Each gas in the air retains its individual properties while also combining to form a new substance with its own unique characteristics.
Yes. Depending on the acidic balance of the matter you are referring to it has a different color for the different levels of acidity.
Waves do not transport matter (except fot the matter equivalent of energy, according to the Theory of Relativity). For example, in a water wave, the wave moves on, but each water particle goes back to its place.Waves do not transport matter (except fot the matter equivalent of energy, according to the Theory of Relativity). For example, in a water wave, the wave moves on, but each water particle goes back to its place.Waves do not transport matter (except fot the matter equivalent of energy, according to the Theory of Relativity). For example, in a water wave, the wave moves on, but each water particle goes back to its place.Waves do not transport matter (except fot the matter equivalent of energy, according to the Theory of Relativity). For example, in a water wave, the wave moves on, but each water particle goes back to its place.
occupies space and has mass. Matter is made up of tiny particles called atoms and molecules that interact with each other to form different substances.
don't judge each other no matter how you look!