We have been talking about density of matter for about a month and you seem to have a grasp of what density is. What exactly is matter though? Empedocles, a Greek philosopher first proposed four states of matter: water, fire, earth, air. Today, our understanding of matter has changed with the help of Aristolte, Democritus, Priestley, Bernoulli, Lavoisier, Dalton and others.
What are the 4 common phases of matter and explain 2 things you know about each phase? Attempt to explain in a well written paragraph using your own words and without doing much research. Submit this online. This is due October 15th. If you want to read more about this, check it out on visionlearning or check out the reading on week 8 of Blackboard.
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There are four states of matter, solid, liquid, gas, and plasma. Solids, are the most dense of the states. In this form matter is tightly packed and has low levels of movement. Liquid is the next sate. A liquid will always remain the same in volume, but will mold to whatever container it is held in. It will also always want to become level. Gas is the third state. In this form, matter will always try to expand to it's highest possible volume. Plasma is the last state of matter. It is created by adding heat to a gas. Lightning is a form of plasma caused by the heat of the particles in the clouds rubbing together.
Solids, liquids, gasses, and plasma are the four states of matter. Solids, the most dense have molecules that are compact and close to each other. Movement is very restricted, but not limited. Liquid is the second most dense state of matter. Its molecules are not as compact as solid's molecules and take the shape of what they are contained in, but keep the same volume. Gases are less dense than solids and liquids. Its molecules are not very compact. when placed in a container the gas will try to expand its volume as far as possible. Plasma is a substance similar to gas in which a certain portion of the particles are ionized. Stars and neon lights are examples of plasma.
There are four kinds of matter there's solid,liquid,gas, and plasma. Solid is very tough and thick and hard to bend or break. Liquid can take the shape of anything because its less dense. Gas will expand if held in a small or large area and just expand. The sun is an example of plasma because of the heat and the heat goes out.
The four common phases of matter are solids, liquids, gases and plasmas. Solids are a phase of matter that has atoms closely packed together. The atoms in a solid are very organized. A liquid is a phase of matter that has the atoms packed closely together. An example of a liquid is water, soda, milk, orange juice ect. Gases are phases of matter that has the atoms loosely arranged so that can travel in and out easily. Gases do not have definite volume or shape and can easily be squeezed into different containers. Plasmas have the atoms bouncing around in an excited state. They can jump to an energy level that is very high.
The four phases of matter are: solid, liquid, gas, and plasma. Solids are the densest form of matter and is a phase of matter when atoms are packed closely together and they do not move, but instead vibrate. Examples of solids include, rocks, a TV, and a chair. Solids will have a definite mass and volume, also solids will have a definite shape that does not change easily. A liquid is the second most dense matter and will have atoms that flow freely around each other but they are still closely packed together. Liquids have a definite volume, but their shape can change easily. Examples include water, soda, and Windex. Gases are the third most dense form of matter and have no definite volume, mass, or shape. The atoms in gas are loosely arranged and can move easily. Examples include, Oxygen, Carbon Dioxide, and Helium. Plasma is the final form of matter, in which atoms are in an exited state and will jump an energy level. When this happens the atoms will give off light called neon. Two-forms of plasma are lightning and auroras. The most popular example of plasma is the sun and from atoms crating friction causes the sun to reach a temperature of 15,000,000 degrees Celsius.
The states of matter include solid, liquid gas and plasma. The first state is in a solid, the molecules are tightly compacted so they cannot move very much. The second state is liquids, which are looser, meaning they can move around a little, but not as loose as gas. The third state is gas. It's molecules just zoom around without any boundries or restrictions. plasma is simply added by causing heat to any type of gas.
There are four states of matter,solids, liquids, gasses, and plasma. Solids are the densest and they have molecules that are compact and close to each other. The movement of these molecules are very restricted, but not limited. Liquid is the next densest state of matter. Liquid molecules are not as compact as solid's molecules. The molecules take the shape of what the are contained in however they keep the same volume. Gases are less dense than solids and liquids. Gas molecules are as compact. When gas molecules are contained the gas will try to expand its volume as much as possible. Plasma is a substance that is somewhat similar to gas. Plasma molecules are considered ionized. Neon is an example of plasma
There are four different states of matter: solid, liquid, gas, and plasma. The most dense are solids which have molecules that are compact and close to each other. Some people think that movement is not at all restricted, which it is. It is also not limited. The second most dense state of matter are liquids. Liquids have molecules that aren't as compact as solid's molecules or take the shape of what they are contained in. But they still keep the same volume. Also, solids and liquids are more dense than gases. A gas' molecules are not as compact as a liquid's or a solid's. When gas is placed in a jar or in a container, the gas will always try to expand (its volume) as much as it can or as much as possible. The last state of mater is plasma. Plasma is a substance similar to gas, but is created by adding heat TO a gas. Plasma molecules are considered ionized. Examples of plasma are stars and lightning bolts.
There are four states of matter which include solids, liquids, gases, and plasma. Within solids, the atoms are tightly packed together, therefore, making it the most dense of all states of matter. Solids also have definite shapes, meaning that it cannot transform its shape. Liquids do not have fixed shapes meaning that it will take the shape of its container. Liquids have a distinct surface, unlike gases. Gases are less dense than solids and liquids since it is created from loosely bound molecules. Temperature and pressure changes and create differences in the volume of a gas. By mixing heat to any type of gas, you get plasma. Plasma is the last state of matter. The most well-known examples of plasma is lightning and stars.
The four common states of matter are: solids, liquids, gases, and plasmas. Solids, the most dense, are usually very restricted materials, without much molecule movement or volume change. Liquids, however, are much less dense and take the shape of any container that they fill; the top surface of the liquid will try to remain flat. Gas, the third state, will take the shape of any container you put it in, and even expand to a certain degree. Plasma is the fourth state of matter. Taking gas and then superheating the gas create plasma. Lightning is a form of plasma, made by the friction of clouds heating the oxygen to a high degree.
The four states of matter are solid, liquid, gas, and plasma. Solid matter has very tightly packed atoms only capable of vibration and therefore, a solid can only change shape through force such as breaking or cutting. Liquid matter has atoms and molecules that are capable of motion relative to each other and have no definite shape but are defined by their container. Liquids are also incompressible. Gas is very similar to liquid in that it is also a fluid with no definite shape, yet it is different in that a gas is compressible and will fill the container it is in. Lastly, there is plasma which starts to appear at several thousand degrees celsius and behaves like a gas(compressible, fills the container it is in) but can generate its own electric currents or magnetic fields.
The 4 common phases of matter are, solid, liquid, gas, and plasma. Solids are rigid with a fixed shape which stay the same no matter what you put it in. Solid form are when the molecules are very close together and cannot move around, which is because the particles of a solid are weak and cannot push other particles out of the way. In addition, liquids have enough energy to push other particles out of the way. When the particles of a liquid bump into each other, they push the particles farther apart and move past them. This causes the "flow" of a liquid. In gas form, the matter will keep expanding and spread out. They can fill and contain any thing and atmosphere. Lastly, plasma is very similar to a gas, but the atoms are different. Because they are made up of free elections and ions of the element. In fact, these electrons and ions have little or no order which why they are similar to gases.
The four states of matter are solids, liquids, gasses, and plasma. Solids are the most dense form of matter: they're molecules are bound the most tightly; movement is restricted within the form of the object. The molecules of liquids, the third state of matter, are less dense, allowing the object to take the shape of whatever container they are in. However, the objects have a set volume. Gasses, the third state of matter, have molecules that can move around more freely. They still will take the shape of the object they are in, but will attempt to take the entire space up, for they have no volume. Plasma, the fourth state of matter, are created by heating up a gas. Lightning, for instance, is a form of plasma.
The four states of matter are solids, liquids, gasses, and plasma. Solids are the most dense because the molecules are tightly packed together. Most solids are hard/firm. Liquids have molecules that are farther apart from each other. Liquids can take on any shape. Gasses have molecules even farther apart than liquid molecules. Gasses expand more. Plasma is ionized and it is the least dense state of matter. Lightning and the sun are examples of plasma.
The four states of matter are solid, liquid, gas, and plasma. A solid is made up of tightly packed atoms. This means that the atoms vibrate but they don't move around to wherever they want to go. Liquids are similar to solids in the way that they both are made up of tightly packed atoms, but they are different because the atoms can move around. Gas is made up of atoms that are free to travel around. These atoms have a lot of energy. Plasma is made up of atoms that have extreme amounts of energy. This energy allows them to radiate light. A star is a type of plasma.
There are four phases of matter solid,liquid, gas,and plasma. When matter is a solid the atoms in the solid object are tightly packed together. atoms may not move around as much as in another form of matter but they do vibrate. Liquids have atoms packed together but instead of slim movement they have freedom. Although the atoms are moving they are still organized. Gas, has atoms loosely arranged so that they flow easily. gases are the least organized atom wise but they have a lot of energy. plasma atoms act strangely or (excited). Atom's electrons jump an energy level causing light which occurs in the plasma neon.
the forms of matter are solids liquids gases and plasma. solids are atoms compacted more tightly together and have greater density than other forms of matter. liquids are atoms at a good enough distance away from each other but still stay together. gases are atoms in the air that aren't even together and dont stay together. plasma are atoms ionized.
The four states of matter are solid, liquid, gas, and plasma. Solids, are the state of matter which the molcules only vibrate but, stay in relitivly the same place. Liquids, are the state of matter that retains the same voulume , but mold to whatever is holding it. Gas is the state of matter in which the molcules expand as far as possible in the container that holds it and is the least dense state of matter. Plasma is the state of matter that is formed when gas is superheated to the new forrm of matter. Two examples of plasma are, lightning and all stars in the universe.
The four states of matter are gases, solids, liquids, and plasma. Solids are usually the most dense of the 4, and has very limited movement without force. Liquids are next, and their volumes never change but they can change to fit on the container they're in, and they can turn into a solid or a gas just by temperature change. Gases are next, and these usually have the lowest densities. They also expand into whatever they're contained in till there's no more space. Plasma is last, and is created when a gas is heated. Stars, for example are big balls of plasma kept together by gravitational forces.
There are four states of matter are: solid, liquid, gas, and plasma.Solids retain a fixed volume or shape.Solids do not flow easily. Liquid assumes the shape of the part of the container it occupies.In liquid the atoms are packed more closely together.Gas assumes the shape and volume of its container.It can exist as a solid or a liquid. Plasma is the fourth state of matter it does not have a definite shape or a definite volume unless enclosed in a container. Plasma is a substance similar to gas but it is created by adding heat to gas.
The four states of matter are solid, liquid, gas, and plasma. Solids are most dense and is packed tightly together with very low levels of movement. A liquid is less dense than a solid and will mold to its container. It will also keep the same volume. A gas will always occupy whatever volume is available. A gas will also form to the shape of it's container. Plasma is ionized gas that occurs in high temperatures. Also, it does not have a definite shape or volume unless enclosed.
Soilds, Liquids, Gases, and plasma are the fours states of matter. Solids are th most dense and have a basic shape and have a geometric arrangement when cooled. Solid particles are also tightly packed together. One process from which solids become liquis is melting, where the solid is heated to a point where it becomes to liquefy, and on entering the liquid state the solid goes through the melting point call the Heat of Fusion. Liquids, the second state of matter. Particles in liquids have more kinetic energy than solids and therefore allow them to partially overcome the attraction to other particles. Since this is the case, liquids take the shape of a container they are put in. However, since liquids partially overcome attraction to other molecules means they still have a definite volume. One way the liquids enter the state of gas is vaporization, or when the particles in liquid move fast enough to break attractiveness with other particles and become gas. In the Gaseous state, gas particles have enough kinetic energy so that they break the attractive barriers and give them no definite shape or volume. One way a Gas enters the liquid state is Condensation, or the clustering of vapor molecules forming drops and when they become heavier than the forces keeping them up, they fall to the earth as liquid rain. The last state of matter is Plasma. Plasma is gas consisting of positively and negatively charged particles. Most scientist think there is more plasma than solids, liquids, and gases in the Universe. Plasma is basically heated particles that continue to gain speed with the rising temperature and produce great force as particles collide. The collisions cause electrons to strip off the atom. This is Plasma.
Solids, liquids, gasses and matter are the four states of matter. Plasma is the least dense state of matter, and it is formed by adding heat to gas. Gas is the third densest of all types of matter. Gas is constantly trying to expand itself attempting to reach its full volume. Liquids are the second most dense of all types of matter. A liquids volume never changes, but liquid takes the shape of whatever it is held in. Solids are the most dense types of matter. Solids have very little movement, and only take the shape of what they are compacted into.
There are four common states of matter, solid, liquid, gas, and plasma. Solids, are the most dense and have a definite shape and definite volume that will not change unless by force. Next, a liquid has a definite volume, but will mold to any container it is held in. Once a solid reaches it's melting point, it becomes a liquid. Next, gas is a compressible fluid. Gas will mold to the shape of its container and it will also expand to fill the container's space. Lastly, plasmas are ionized gases that exist in only extremely high temperatures. One example of a plasma is the sun.
There are four phases of matter: solid, liquid, gas, and plasma, three of which we have studied in class. As an object changes from one phase to another, it will become either more or less compact, depending on which phase it changes to. Solids are most dense, meaning they have more mass compacted in a specific volume. Solids usually stay the same shape and will not morph based on what they are placed in. Next is liquid, which is less dense having more space for molecules to move around. Because of this, liquids are able to shape themselves based on the container they are in. After liquid comes gas. Molecules in gasses are more spread apart, therefor having a very low density. Gasses have the ability to completely fill greater volumes. Plasma is very, very hot, thus having an even smaller density. The hotter molecules are, the more spread out they become. Because plasma is not very compact, it fills a large amount of space as well. Each phase of matter gets less and less compact, easier and easier to shape, and more and more likely to fill a larger area.
Four states of matter are gas solid plasma and liquid. The most dense is solids. The molecules in a solid are tightly packed together allowing little movement. Liquids are different. Their volume will always stay the same, but whatever container it is put in it will change to that shape. The third state is gas. Gas wants to expand until it can expand no more. Plasma is created by heat and a gas forming together. An example is the sun.
There are four states of matter: a solid, liquid, gas, and plasma. A solid is a phase of matter that has atoms packed tightly together. One example of a solid is a brick. A brick is a solid and has tightly packed molecules A liquid has atoms packed closely together but flow freely around each other. An example is water. Water is a great example because water is the most common liquid -it has molecules tightly packed but they move around freely. A gas is when atoms are loosely arranged so they can travel in and out easily. Helium is a good example. Plasma is the last state of matter and this phase of matter has the atoms existing in an excited state. Lightning is one form of plasma caused by the heat of particles in the clouds rubbing up against each other.
Matter has four states, solid, liquid, gas, and plasma. The phase of matter with the most energetic atoms is plasma. This energy gives of light, from the form of plasma called neon. Another form of plasma is what you see during a thunder storm, lightning.
The phase were the atoms are the most spread apart is the gas phase. Gas is the least organized state of matter and it can carry lots of energy and atoms travel all over. Gases do not have one specific shape but they can be put into, or squeezed, into any kind of shape or container.
Atoms are most compact in the state of solids. What makes a solid solid is that the atoms are so close together they can"t move freely around. Also solids have a specific shape and mass that don't change easily.
Finally there is liquids. In liquids atoms are close together but can easily move around each other. Even though they move freely they still are organized and are still packed together. Also liquids can take a shape of any container but has a definite volume.
Solid, liquid, gas and plasma are the four states of matter. Solids are the thickest forms of matter. All the monocles that solids have are all very much fitted together, which means the object is usually hard because the closer the monocles are the harder the object is. An example of a solid is a book or a wall. a Liquid is one of the only state of matter that can flow and take the shape of any container it is put in. The monocles in a liquid are usually farther apart than those of a solid, which means the substance can flow and move around.
Their are four types of matter and they are solid, liquid,gas,and plasma. Solids have the greatest density and they can move slightly, but no that much. Liquid will remain the same volume no matter what, and it expands if not in a container. The third state of matter is gas. This matter expands when their is gas and their molecules zoom around at all times. Finally plasma is created by heat added to gas. Also, Plasma is also lightning.
There are four states of matter, solid, liquid, gas and plasma. Solids retain a fixed volume and shape. Solids also do not flow easily. Gases assumes the shape and volume of its container. Gases also do flow easily. The sun is an example of plasma. Plasma has positive ions and negative elections. Liquid, like gas, is also able to flow easily and take the shape of its container.
Solids, gasses, liquids, and plasma are the four states of matter. The most dense matter are solids. In solids, the matter is more packed together and has lower movement. Liquids is the second most dense. The liquids molecules are not as compact as the solids.Gasses are less dense then both solids and liquids. Gasses molecules are not very compact, they are very open. Plasma is the has the smallest density of them all. Lightning and stars are both examples of plasma.
There are four states of matter, solids, liquids, gasses, and plasmas. Solid pieces of matters atoms don't move around much, so they are immobile and not effected by slopes. Liquid is almost the opposite of a solid; they have atoms bouncing around in every which way, which can remain together but is separated when you drink, or spray flies up from the sea. When placed on a slope, it will follow the path of least resistance, which is down. Gas is the hardest state of matter to touch, see, and taste. Its atoms are all over the place, without any connections what so ever. When placed on a slope, the gasses have such a dispersed amount of electrons, which makes it less dense than air, so it will float. Plasmas are the last state of matter, and are superheated gasses. A solar flare is an example of plasma.
The four states of matter are; solid, liquid, gas, and plasma. A solid is compacted matter that is in a fixed shape; solids can be shifted into another form of matter by heating it. Liquids have a fixed volume, but no fixed shape; liquids can both be cooled and heated to shift into another state of matter. Gases have no fixed shape or volume, their particles are constantly in motion and pushing away from each other; gases can be cooled or heated to shift to a different state of matter. Plasma is similar to gas, however it is extremely hot; it also contains very few electrons due to the heat.
The four states of matter are solids, plasma, gasses, and liquids. Solids are the most compact and are the most dense. Another form of mass are liquids, liquids are the second most dense matter. The Liquid water has a density of 1ml/g. Matter that are less dense the water float on top of waters surface. Gasses are the third least dense mass lower then solids and liquids. Gasses are visible and are not very dense at all. Gasses consist of carbon dioxide, oxygen, and hydrogen. The least dense form of matter is plasma. Plasma is formed by adding heat to any gases. Stars are forms of plasma and are extremely hot and to millions of degrees celsius.
The four common phases of matter are solids, liquids,gas, and plasma. Solids have definate shapes. The atoms in solids are packed more tightly together than a liquid or gas. Solids are also much more dense than liquids and gas.Liquids do not have a fixed shape. A liquid can evaporate and become a gas or freeze and become a solid. The atoms in gas are much farther apart than the atoms in a liquid or sold. Most of the air in the Earths atmosphere is either nitrogen or oxygen gas. Plasma is created by mixing heat to gas.
Solid, liquid, gas, and plasma are the four states of matter. Solids are the most dense out of the four. Solids have a definite shape and volume. Liquids do not have a definite shape, but they do have definite volumes. Their particles are tightly packed, but they are far enough apart so that they can move around. That is how liquids can become the shape of whatever container is holding them. Gas is not dense and its particles are very far apart. Gas does not have a definite shape or volume. Plasma is ionized gas. Plasma is a very good conductor of electricity and is affected by magnetic fields. Plasma is like gas and has an indefinite shape and volume.
The four states of matter are solids, liquids, gases, and plasma. The solid phase's particles are packed closely together. In a solid the atoms are also very organized and do not move around much. The liquid phase's particles are still packed closely together, but they move around each other. The atoms in a liquid are organized but freely move. A gas's particles on the other hand are loosely arranged so they can move out and in fast and easily. Its atoms are very unorganized and move fast. Plasma's atoms act strangely. The electrons are so excited they skip an energy level.
In total, there are four phases of matter. This includes solid, liquid, gas, and plasma. The phase where the atoms are the most compacted is the solid phase. Atoms in the solid phase do not move very easily. Despite this, they are still moving even if it appears as they are not in motion. They do not move all over the place they just vibrate. Although in the liquid phase of matter objects are compacted, they freely flow. Still, there is more organization between atoms than the atoms that make up gas. Even though gas is the most free flowing phase, it can still be squeezed in a container because it does not have a definite shape or volume. In the plasma phase, atoms exist in an excited state; meaning atoms act strangely. There are three forms of plasma: neon, auroras, and lightning.
Solids,liquids,gasses and plasma make up the four states of matter. A solids molecules are very tightly compacted, thus making the object very hard. In addition, solids also are able to hold their own shape. Liquids are often referred to as the in between state of matter because it is in between the molecule density of solids and gasses. Also, liquids are notorious for filling the shape of the container they are put in. For example, if I poured water into a normal beaker the water would fill the cylinder shape of the beaker. The third state of matter is when the molecules and atoms are full of energy and constantly moving around, this is called gas. Furthermore, gasses can fill a container of any shape. The final state of matter is plasma. For plasma to be even possible to occur the temperature must be extremely high. In the plasma state all molecules are dissociated and most of the atoms are ionized. When the four states of matter were first proposed they were water, earth, fire and air, amazingly enough the four states of matter as we know them today are still connected to the original thought. Earth is like solids, water is like liquids,air is like gas and fire is like plasma.
Solids, liquids, gases, and plasma are the four states of matter. A solids molecules are more compacted together and that is why it is hard to bend or brake. Also solids molecule are either bound irregular geometric lattice or irregularly. Liquids molecule are more spread out then solids molecules. Liquids can also take on the shape of there container. Gases always try to expand to the highest volume possible. A gas is created when a liquid is heated to is boiling point. Plasma is the last state of matter. It is created by heating up gas. plasma is very unlike solids, liquids and gases in its molecular structure.
Solids, liquids, gases, and plasma are the four states of matter. A solids molecules are more compacted together and that is why it is hard to bend or brake. Also solids molecule are either bound irregular geometric lattice or irregularly. Liquids molecule are more spread out then solids molecules. Liquids can also take on the shape of there container. Gases always try to expand to the highest volume possible. A gas is created when a liquid is heated to is boiling point. Plasma is the last state of matter. It is created by heating up gas. plasma is very unlike solids, liquids and gases in its molecular structure.
The four common phases of matter are solid, liquid, gas, and plasma. A solid has a definite shape and volume, and the molecules are very close together and cannot move around.A liquid has a definite volume but it takes the shape of a container. It's molecules are close together but can move around slowly. A gas fills the entire volume of a container and the molecules are widely separated, and therefore move around freely and at high speeds. Finally, a plasma conducts electrical currents and is a gas that is composed of free-floating ions and free electrons.
The four states of matter is a solid, liquid, gas, and plasma. Out of all the matters solids are most dense followed by liquid than gas than plasma. A solid is tightly compact which is why it is so dense. A liquid is the matter between gas and a solid, which means it is easily fit into a container. Gas is made up by molecules and atoms constantly moving. Plasma is the last state of matter, plasma is a lot like fire, there are heated particles that make up plasma. Lightning is an example of plasma.
The four common phases of matter are solid, liquid, gas, and plasma. These different phases can change form.
Solids have compact atoms, or are very close together. One way that you can tell a solid from another phase is that solids have a definitive mass and volume. This also means that it is hard for the atoms inside a solid to move around easily. These are some characteristics and facts about solids.
The next phase is liquid. Liquid has atoms tight together, but unlike a solid, the atoms can move freely around. However, there is a certain organization element in liquid, which keeps the liquid together. Liquids have a definitive volume, but the shape changes accoring to what the liquid is being stored in.
Gas is another phase of matter. In this phase, the atoms are loosley together, which means they can travel around very easily. The thing that makes gas interesting is that gas can be squished down into small containers and can spread out in big ones. Gas carries a lot of energy as well.
Plasma is the last phase of matter. In plasma, atoms act strangely. The atoms are "excited" and cause a high level of energy which turns into light. This is called the neon form of plasma. There are two other forms, lightning and auroras. Plasma is a high energy phase.
Those are the four common phases of matter.
The 4 common phases of matter are solid, liquid, gas, and plasma. I think that Empedocles thought that earth, water, air, and fire are what everything is made up of, because those of some of the most common examples of each phase of matter. I know that gases are easily moved through, and that plasmas must have a source and fuel to exist.
The four common phases of matter are solid, liquid, gas, and plasma. Liquid has a consistent volume but its shape will change depending on the container it is stored in. Solids unlike liquids have a distinct shape and are the densest and most difficult to break of the four. Gases are less dense and when placed in a container its particles will try to spread out as far as possible. The last of the four common phases of matter is plasma. Plasma is a gas where sufficient energy allows electrons to be able to leave atoms and molecules. An example of plasma is lighting or flames.
The four common phases of matter are solid, liquid, gas, and plasma. Solids are the most dense of all the phases, and their atoms are very close together. This means that solids cannot change shape. When some solids are heated to their melting point, they can turn into liquids. Liquids are the second most dense state. Liquid can flow, and take the form of any container that holds them. Gas molecules are very spread out, making it have a lower density than solids and liquids. Gases will expand to fill any container that they are put in. Plasma is a heated gas. Plasma is a special type of gas which contains molecules that have high energy. This makes the molecules project light.
The four common phases of matter are solid, liquid, gas, and plasma. Solids have molecules that are close together and cannot move very much. Solids have a fixed shape. Liquids have molecules that are close together and move slowly. Liquids have can take on the shape of any container they are put in. Gases have molecules that are very spread apart and move around quickly. Like liquids, gases can take the shape of any container they are put in. Plasmas are gases composed of positively and negativley charged electrons. Plasmas conduct electrical currents.
The four states of matter are solid, liquid, gas, and plasma. Solids are denser than the other states of matter and have definite shapes. Liquids remain constant in volume, and are created when solids are melted or gases are condensed. Gases will compress or expand to fit the shape of the container they are stored in. They are created by heating liquids past their boiling point. Plasma is a state of matter that is hotter than a gas. It will also respond to electromagnetic forces.
Matter is what an object is made out of. One state of matter is a solid. A solid always has a certain volume and a certain shape. One example of a solid is a rock. Another state of matter is liquid. Liquids do not have a certain shape, but they do have a certain volume. Water is an example of a liquid. Gas it a third state of matter. Gas has no certain shape and no certain volume. One type of gas is Carbon Dioxide. The fourth state of matter is plasma. Plasma has no electrons and has charged particles. One example of plasma is the stars in the universe.
Solids, plasma, gas, and liquid are the four types of matter. Solids are the most dense and hard to break. The molecules inside have little to no movement. Plasma is created when a gas and heat are combined. The sun and stars are made of plasma. Gas always takes up as much space as possible. Unlike solids, gases have very low densities. Lastly, liquids always form the shape of the container they are in. But, their volumes don't change.
The four common known states of matter consist of liquid, solid, gas and plasma. The most dense form of matter is a solid. The least dense form of matter is plasma. Solids are the most dense because it is compressed tightly together and tend not to move that much. Liquid is the next dense form of matter. Liquid will always remain the same volume. Also if in a container will form the shape of the container. Gas the next dense is gas. Gas has molecules that have a tendency to move around a lot. Last, plasma is made up of heat added to gas and a form of this is lightning.
There are 4 phases of matter: solid, liquid, plasma, and gas. We have studied solids, liquids, and gases in class. Solids stay in the same shape and they are the densest. Solids' atoms are also the closest together of all the phases. The liquid's particles are also packed closely together, but they move around. Liquids also fill the space of the container that it is put in. In the gas phase, the atoms aren’t as closely packed together so they move more freely. Heating liquids past their boiling point creates gases. The plasma phase is a type of gas in which has molecules with high energy. An example of plasma is the sun. Plasma is not very compact so it has the ability to fill large spaces.
The four common phases of matter are solid, liquid, gas, and plasma. For a solid, the molecules are very tightly compacted and are unable to move. Moreover, solids, for the most part, when heated change into a liquid form, and eventually into a gas. The molecules of a liquid molecule, however, do move around and are still somewhat close together. Molecules of a gas are spread far apart and move at a rapid pace. Plasma is a gas that is made up of moving ions and electrons. Thus, allowing it to conduct electricity. Many variations and types of plasma exist that are known today.
The four states of matter are solid, liquid, gas, and plasma. Liquids always stay the same in volume and are less dense than solids. Solids, are the most dense and are very tightly packed together, so there are no air spaces. Gas, is less dense than solids and liquids. Matter in gas always tries to expand itself as far as possible, which is why if you put it in a container and colse the lid, there is so much pressure. Plasma is ionized gas,which is simular to normal gas. An example of plasma is the sun.
The four states of matter are solids, liquids, gasses, and plasma. Solids are the most dense. They can't change in shape or volume. Liquids are less dense than solids. They can't change in volume, but they change in shape to match the shape of the container that they are in. Gasses are less dense than solids and liquids. They can change in shape, and they expand with heat, which changes their volume. Plasma is similar to gas. Its molecules are considered ionized. Lightning is an an example of plasma.
Matter can be found in the state of solid, liquid, gas or plasma. Solids are the most dense of all types. This means that their molecules are compacted together. Solids are stationary, it would be very difficult for them to move. Liquids are the second densest states of matter. Liquids can move and adapt into different shapes. Gasses are less dense than both liquids and solids. Gasses will expand to its highest distances. Plasma consists of a collection of free moving electrons and ions. It can be found in the form of light, electricity, or thermal.
The four most common states of matter are solids, liquids, gasses, and plasma. A liquid is a state of matter that changes shape to fit where it is located. Liquid also has a fixed mass. Solids, like liquids has a fixed mass. In solids, molecules are held close together and move very little. In gas, molecules are not bonded together and move around freely, gas can change its mass in temperature. Plasma only exists in extremely hot temperatures and is made up of ions. All four states of matter can be changed into others in temperature. For example: Ice turns to water when the temperature is above 0° C.
The four most common states of mater are solid, liquid, gas, and plasma. Solids are the densest since the molecules are more tightly compacted. Being tightly compacted, the molecules cannot move as freely as they can in other states of matter. The next densest is liquid. A quantity of liquid will always stay the same in volume, however take the shape of whatever container it is in. Molecules can move more freely because liquids flow. Gases are less dense then both solids and liquids. When matter is in a gas formation, the molecules will always try to form into the largest volume possible. This is because movement is not very restricted when molecules are in a gas state. Plasma is the least dense form of matter. It is made by adding heat to a gas.
The four common states of matter are solids, liquids, gasses and plasma. Solids are usually the most dense out of the four and have a definite shape, unlike liquids and gases. Examples of solids are rocks, wood, crystals, bones and most metals. Liquids take the shape of the container that they are in and can flow. A liquid has a distinct surface too, unlike gas. Examples of liquids are water, gasoline, and oil. Next, a gas usually has a much lower density than a liquid or solid. It doesn't have a specific shape but can take the shape of the container it is in, like a liquid. When a gas is cooled, it can condense and turn into liquid. If liquid evaporates, it will become a gas. A few examples are nitrogen, oxygen, and carbon dioxide. The fourth state of matter, is plasma. We get to the plasma state when electrons are no longer trapped in orbits around the nucleus or by adding heat to gas. Most of the matter in the universe is found in the plasma state. A good example of plasma is stars. Stars are so hot that they can only exist in the plasma state.
Matter is anything that takes up space; anything with mass and volume. Water is a perfect example of matter. It has a mass and volume, and therefore qualifies as matter.
There are four common phases of matter: liquid, solid, gas, and plasma. Liquid matter has tightly packed atoms. However, these atoms move around each other freely. Solids have many similar characteristics to liquids. Solids have tightly packed molecules, but the atoms are unable to move freely like the atoms in a liquid. Gas has the ability to move freely. The ability to morph into any size or shape is unique to gas. Plasma is a little more complicated. When the atoms of a molecule act strangely, or excitedly, plasma is formed. As a result, plasma gives off an immense amount of heat. Matter can take different forms. For example water can freeze and turn to ice, which is a solid, or water can be heated and become a steam, which is a gas. Liquid, solid, gas, and plasma are the four common phases of matter, however they have very different characteristics.
Solids, liquids, gasses, and plasma are the four states of matter. A solid is one of the major states of matter. Also, it is characterized by structural inflexible and resistance to changes of shape or volume. A liquid is one of the three classical states of matter. Like a gas, a liquid is able to flow and take the shape of a container. Also, some liquids resist compression, while others can be compressed. Gas is the next state. Gases are less dense than solids and liquids. Plasma is the last state. Plasma molecules are considered to be ionized. Examples of plasma are lighting and solar winds.
The four states of matter are solid, liquid,gas, and plasma. Solids is the most dense state. Solids have molecules that are compact and not a lot of movement. Liquid will fit any container it is in . It always wants to become level. Gas expands to the highest volume. Plasma is heat and gas combined.
The four states of matter are solids, liquids, gases, and plasma. Solids are the most compact of the four and also can only be changed in shape through aplying physical force such as breaking, cutting, folding, etc. Liquids automatically take shape of whatever container they are placed in, liquids also are far more free to flow and expand than solids. Gases are completley free to expand and continue to expand as far as they can, gases also are generally less dense than solids or liquids. Plasma is the matter that most things in outer space are made of, plasma is the result you get when something is super hot like the sun.
The four states of matter are solids, liquids, gases and plasma. solids are the most dense out of the 4 states of mater. The particles in solids are packed together and the vibrate. The particles usually do not move around tho because they are so tight. The particles in liquids are still close together but have no regular pattern so they can morph into pretty much any shape.The particles in liquids also move fast past each other. gas particles are all separated and have no shape at all so it can fit into almost everywhere. The particles also move at very high speeds. Finally plasma is gas that is so hot that some of the electrons that have been heating it up jumped off of the gas. It is actually very common on earth/ The sun is a the largest source of plasma we know about.
The four common states of matter are solid, liquid, gas, and plasma. Solids are usually the most dense of the states. Solids have definate shapes. The atoms or molecules in a solid are packed together very tightly. Next is liquid. Unlike solids, liquids do not have a definate shape. Liquids take the shape of the container it is held in. When a liquid evaporates, it becomes a gas. Next is gas. Like liquids, gas does not have a definate shape, gases take the shape of the container it is in. The Earth's atmosphere is mostly a mixture of diffrent types of gases. Last if plasma. Plasma is crated when heat is added to gas. Most matter in the universe is found in the plasma state.
The four phases of matter are solids, liquids, gasses, and plasma. In the solid phase the molecules are closely bound to one another by molecular forces. Solids hold their shape and the volume of a solid is fixed by the shape of the solid. In the liquid phase the molecular are weaker than in solids. A liquid will take the shape of its container with a free surface and a liquid has a fixed volume. In the gas phase molecular forces are extremely weak. A gas fills its container, taking both the shape and the volume of the container.
When matter is at a very high temperature and pressure which only occurs on the sun and during re-entry from space, the atoms break down and the electrons are stripped from their orbit around the nucleus leaving a positively charged ion. The resulting mixture of neutral atoms, free electrons, and charged ions is called plasma. Plasma is a fluid but it responds to and generates electromagnetic forces.
The first state of matter is solids. They are different from the others because they have definite shapes and they keep their own shape. The second state of matter is liquid. Liquids do not have a fixed shape, they flow. Gas is the third state of matter. Gas is less dense then solids and liquids and the atoms in gas are farther apart. The last state of matter is plasma. Plasma makes magnetic fields and electric currents. For example, stars are plasma.
The four states of matter are solid, liquid, gas, and plasma. Solids are the thickest form of matter, and are structured with a resistance to changes in shape and volume. Liquid on the other hand can change its mass and volume easily. Liquids can have a recognizable volume but no definite shape. The gaseous state of matter is found between the liquid and plasma states. Gas is able to fill the entire space it is in., and is the least dense between liquid and solid matter. Plasma is similar to gas because it to does not have a definite shape or volume unless closed into a container, but unlike gas plasma can take on structures such as beams, filaments, and double layers.
There are four states of matter, solids, liquids, gasses, and plasma. Solids, the most dense and have the tightest packed molecules of the four and limits how much the molecules move.Liquid is the next dense stage of matter.Liquids always have the same volume but will mold into any shape.The third stage of matter is gas. Gas will keep on expanding and never stop. The last stage of matter is plasma.Plasma is created by heating up gas.Stars are made of plasma.
Four common phases of matter are plasma, solid, liquid, and gas. Lightening is made of plasma, and it's the least common of these four matters. I know that solids are always moving even if it seems like they aren't, because they're atoms are always moving. Plus, solids can be made, or shaped such as a wood chair, or a desk. Liquid has no definite shape or mass. Depending on what liquid it is it can move in different ways. Gas is usually in the air, and I know that it is used in World War one as a bio-chemical weapon, and it was very effective.
The four kinds of matter include solids, liquids, gas, and plasma. Solids have very little ability to shape and mold. They also come in many different colors and shapes. Liquids are able to sit in any container, no matter what the shape is. Liquids also come in different colors but are unable to take a shape unless in a container. Gases do not have a particular shape. they tend to expand to as far as possible. these can be odorless and shapeless, making them nearly impossible to detect. we breath in gasses every day. Plasma is the most common of the kinds. Plasma also gives off an electric frequency.
Matter can be found in four different states. Solids, liquids, gasses, and plasma and all different types of matter. Solids have atoms that are moving the least. Solids also have defined shape. Liquids have molecules that are moving faster than solids. They also take on the shape of whatever kind of container they are in, or if they are not in a container than they will keep spreading out on the surface they are on. Gasses are in most cases, other than plasmas, the least dense form of matter. They also have the faster moving molecules than liquids and solids. Gas also will take in the shape of what is holding them. Plasma is unique from any other form of matter. They are very faintly similar to gas. They are made up of free electrons and ions. Their structures have little or no order to them. The Northern lights are an example of plasma.
There are four states of matter. The first state is solids, which is the most dense and has atoms packed closely together. The second state is liquids. Liquids are less dense than solids and can move around. The next state is gas. Gas is less dense than solids and liquids. Gas also expands to the highest possible point it can. Lastly, there is plasma which is created by adding heat to gas. A common example of plasma is stars.
The four types of matter are solid, liquid, gas, and plasma. Solids are the most dense of the four. The are usually very tightly packed. Liquid will always have the same volume but can change shape with the container it is held in. Gas will always try to expand. Also it sometimes ants to escape the container i is held in. Plasma is caused by mixing gas and heat.
The four states if matter are solid, liquid, gas, and plasma.The most dense is solids.Then liquid, it always has the same volume but it can mold in the container it is in.Gas is next, it always try's to expand to it's highest volume. Finally plasma is the last.lighting is a form if plasma. It's made by adding heat to a gas
There are four common phases in which matter can take on: solid, liquid, gas, and plasma.
Solids have a definite shape and volume. Examples of solids include wood, glass, and even plastic. Molecules in solids are incredibly packed together making solids the most dense state of matter. When a solid is heated, its molecules speed up and vibrate, hitting molecules around it. Eventually the solid turns into a liquid once it has reached its melting point.
Liquids take on the shape of the surface or container they are in. The molecules in a liquid are still close together, but are more so than in a solid. A few examples of liquids include water and hydraulic fluid. A liquid turns into a gas through vaporization when it is heated.
Gases have no definite shape and no definite volume. Molecules in gases move around faster than molecules in solids and liquids. They also move freely in all directions. Examples of gases include oxygen and carbon dioxide.
Plasma is the fourth state of matter and is the most common state of matter in the universe. Plasma is created when enough energy is applied to gas molecules to break the electrons from the nuclei. Plasma is common in stars like the sun and even on Earth in the form of lightning, auroras, and other forms.
The four states of matter consist of, solid, liquid, gas and plasma. To start, solids are the most dense because it is the hardest to go through also because its molecules are closest together. The second most dense is the liquid. One single liquid will always have the same volume and will spread out evenly such as in a pool. Third most dense state is gas. A gas will fill a container and will expand because the molecules in gas are smaller and less dense than air. The last state is plasma. Plasma is created when gas is heated up. It is the least dense because hot air molecules are less dense than air and gas. When mixed together both being light it creates a very light density. An example of plasma are stars because heat is being mixed with gas.
Water is a chemical substance with the chemical formula H2O. Its molecule contains one oxygen and two hydrogen atoms connected by covalent bonds. Water is a liquid at ambient conditions, but it often co-exists on Earth with its solid state, ice, and gaseous state, water vapor or steam. it covers 70.9 percent of earth's surface. Fire is the visible effect of the process of combustion – a special type of chemical reaction. It occurs between oxygen in the air and some sort of fuel. The products from the chemical reaction are completely different from the starting material.
Earth is one of the four classical elements in ancient Greek philosophy and science. It was commonly associated with qualities of heaviness, matter and the terrestrial world.
Air it is associated with the octahedron; air is considered to be both hot and wet. The ancient Greeks used two words for air: aer meant the dim lower atmosphere, and aether meant the bright upper atmosphere above the clouds.
they are the main classical elements in the world.
The four common phases of matter are solid, liquid, gas, and plasma. Solids have a definite volume and shape. Solids are also the frozen form of liquids so objects such as paper clips are frozen even though we do not think of them as frozen. Liquids have a definite volume, but take the shape of the container they are in. The atoms in liquids are organized but, unlike the atoms in solids, can flow past each other. Gases do not have definite volume or shape and can be fit into tiny containers. Gases are also fluids and can be poured from a container. If the gas is denser than air it will sink, but if it is less dense than air, the gas will float upwards after being poured. Plasma is formed when there are remarkable amounts of energy. Lightning and stars are both examples of plasma.
There are four different states of matter: solids, liquids, gas, and plasma. The movement of this molecules are restricted, but not limited. Solid matter has tightly packed atoms that motion is limited to vibrational energy. Liquids are formed when the energy of a system is increased and the right structure of the solid state is broken down and are also the second most dense state of matter. Gases are formed when the energy in the system exceeds all of the attractive forces between molecules. Plasmas are hot gases formed under conditions of extremely high energy, which molecules are ripped apart and only free atoms exist.
The four states of matter are liquid,solid,gas,and plasma. The state that is most dense is the solids. This is true because there is less air space, meaning it is harder for the matter to move. Another matter is gas, gas is always trying to expand in the highest possible volume.Plasma is created by adding heat to gas.For example when you rub two balloons together it creates friction. Which is an example of plasma.Lastly,liquid will always remain the same in volume, but will adapt to any container it is in.
There are four states of matter: solid, liquid, gas, and plasma. A solid is the state of the matter where it is most dense. In this state the molecules are close to each other and they have little movement. Liquid is another state of matter. Liquids aways have the same volume, but they will mold into whatever container they are in. Also, Molecules in the liquid state are less dense. In the gas state, the molecules will try to spread out as much as possible and the molecules are less dense. Finally, there is the state of Plasma. Plasma is superheated gas. For example the sun is made of plasma.
The four states of matter are liquids, solids, gasses, and plasma. Liquids are the only state where molecules can flow freely and therefore do not have a fixed shape. A liquid can easily freeze and then become a solid, or evaporate and turn into a gas. Solids, are the most dense of the four and have defined shapes. Gasses, will always try to expand until the highest possible volumed is achieved. Plasma is formed when gas it heated up.The molecule structure of plasma defers greatly from those of solids, liquids, and gasses.
The four states of matter are solids, liquids, gases, and plasma. Solids are the most dense of the states of matter. Also, solids have a fixed shape, meaning that their shape cannot change. Liquid's atoms are less compact than that of a solid. Liquids are also an incompressible state of matter. Gases are a compressible state of matter, unlike liquids and solids. Gases also always fill their containers they are in. Lastly, plasma is a gas that is heated to thousands of degrees Celsius. Common plasmas are stars and bolts of lightning.
Four states of matter are solids, gasses, liquids, and plasmas. Solids are the most dense and will not mold to the container holding it. Liquids are the second most dense states of matter, it can mold to the container holding it but will not try to expand its volume out of the container. Gasses are the next state of matter, it will mold to the container and try to expand its boundaries out of the top of the container. The last state of matter is plasma. Plasma is is created by heating up gasses to a certain degree.
Solids, liquids, gasses, and plasma are the four types of matter. The most dense state of matter is solid. In solids, the molecules are tightly packed. Liquids on the other hand are another state. The molecules are very restricted to move. A liquid can mold to any container that holds it. The molecules can move easily. Gas is the third state of matter. Gas will always try to expand until it can stop. It will always try to achieve highest volume. Plasma is the final form of matter. An example of plasma is the stars.
The four states of matter are liquids, solids, gases, and plasma. Liquids are the in-between state of matter. Also liquids will take shape of the container that its in. Solids, will always hold there shape. The solids molecules are also tightly compact. Gases molecules are even farther apart than liquid molecules. The gases molecules are filled with energy. Plasmas are a lot like gases, but the atoms are different. It takes a special environment to create plasma. The northern lights or lightening is an example of plasma.
The 4 phases of matter are solid, liquid, gas, and plasma. Solids have defined shape and volume. The atoms and molecules inside solids are in consistent movement. Liquids do not have defined shape and to fit into their container, they flow. As a liquid’s temperature increases, so does molecule movement. Gas is known for its free expansion. Gases also have an undefined shape. Plasmas are hot and ionized. Because plasmas behave differently than gases, they are the 4th phase.
Solid, liquid, gas, and plasma are the four common phases of matter.
In the solid phase atoms are closley packed together, the atoms move, but they do not do so easily. An example of a solid would be a laptop, or a cup.
In the liquid phase atoms flow freely around eachother but there is still an element of organization between the atoms.Liquiids have a certain volume, but their shape depends on the container they are in.
In the Gas phase the atoms are arranged in a way that the atoms can travel from placce to place. Gases have no certain shape or volume, so they assume the shape and volume of the container they are in.
In the Plasma phase the atoms behave strangley in a excited state where they jump energy levels. This produces different kinds of light, such as lightning.
Solid, liquid, gas, and plasma are the four phases of matter. while it is solid the molecules are closley packed together, the atoms move, but not easily. a computer and plate are solid. In the liquid phase atoms flow freely around eachother. There is still an element of organization between the atoms.Liquiids have a certain volume, but their shape depends on the container they are in. In the gas phase the atoms are arranged in a way that the can travel from place to place. gases have no shape or volume. They take the shape and volume of the container they are in. In plasma phase the atoms behave strangley in a excited state where they jump energy levels. This produces different kinds of light, such as lightning.
The 4 states of matter are solid, liquid, gas, and plasma. Solids are the densest form of matter and is a phase of matter when atoms are packed closely together and they do not move. Liquids always are the same volume no matter what happens. However, the liquid will form to whatever container it is inside of. Gases have atoms that move freely and are also less dense than solids and liquids. The last state of matter is plasma. Plasma is very similar to gas, but very different also. It is created by adding heat to a gas. Examples of plasma are lighting, and stars.
The four phases of matter are solid, liquid, gas, and plasma. Solids are the phase where all the molecules are pact tightly together. They can barely move but they can a little. Liquid is the next stage, the molecules flow freely but they are still packed together. It is the second dense of all the phases. The third phase is gas the molecules always expand to the fullest. Gas is not as dense as solids and liquids. The fourth stage is plasma; to get plasma you add heat to gas. An example of plasma is lighting.
The four states of matter are solid, liquid, gas, and plasma. Solids are the most dense, then comes liquid, then gas, the plasma. Solids movement is very restricted, liquids shape depends on what container they are in, and gas also depends on its container. Lighting is an example of plasma.
The four main phases of matter are solids, liquids, gases, and plasma. Solids have the most compact molecules and cannot flow easily. A pen is a solid. Liquid's molecules are less compact and can flow fairly easily. Water is a liquid. Gas's molecules are very loose and flow incredible well. Oxygen is a gas. Lastly, plasma is the last state of matter. Heat and gas create plasma. Lightning and the sun are plasma.
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