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Put responses in the correct input to answer the question. Select a response, navigate to the desired input and insert the response. Responses can be selected and inserted using the space bar, enter key, left mouse button or touchpad. Responses can also be moved by dragging with a mouse.
There are 4 different fundamental states of matter: solid, liquid, gas, and plasma.
The atoms/molecules that make up a solid are packed Response area together and arranged in regular, repeating patterns. They are held firmly in place by their attractive forces and their Response area but do vibrate within a limited area. Solids, have a Response area shape and volume.
In liquids, the atoms/molecules have a moderate kinetic energy and flow easily around one another. They are kept from flying apart by attractive forces between them. Liquids have a fixed Response area but assume the Response area of their containers.
Atoms/molecules in gases fly in all directions at great speeds. Due to this Response area kinetic energy, attractive forces between them are Response area. Gases assume the volume and shape of their containers.
Lastly, plasma is the state of matter with the highest thermal energy. It is made up of free electrons and the positive ions from which they came. The electrons freely move around within this system of positive ions in a similar way to Response area. Plasmas are strongly influenced by electric and magnetic fields due to the charged particles.
The atoms/molecules that make up a solid are packed tightly together and arranged in regular, repeating patterns. They are held firmly in place by their attractive forces and their kinetic energy but do vibrate within a limited area. Solids have a definite shape and volume.
In liquids, the atoms/molecules have a moderate kinetic energy and flow easily around one another. They are kept from flying apart by attractive forces between them. Liquids have a fixed volume but assume the shape of their containers.
Atoms/molecules in gases fly in all directions at great speeds. Due to this high kinetic energy, attractive forces between them are negligible. Gases assume the volume and shape of their containers.
Lastly, plasma is the state of matter with the highest thermal energy. It is made up of free electrons and the positive ions from which they came. The electrons freely move around within this system of positive ions in a similar way to a gas. Plasmas are strongly influenced by electric and magnetic fields due to the charged particles.
Based on the given text, let's fill in the blanks to answer the question:
There are 4 different fundamental states of matter: solid, liquid, gas, and plasma.
The atoms/molecules that make up a solid are packed tightly together and arranged in regular, repeating patterns. They are held firmly in place by their attractive forces and their vibrations but do vibrate within a limited area. Solids have a definite shape and volume.
In liquids, the atoms/molecules have a moderate kinetic energy and flow easily around one another. They are kept from flying apart by attractive forces between them. Liquids have a fixed volume but assume the shape of their containers.
Atoms/molecules in gases fly in all directions at great speeds. Due to this high kinetic energy, attractive forces between them are negligible. Gases assume the volume and shape of their containers.
Lastly, plasma is the state of matter with the highest thermal energy. It is made up of free electrons and the positive ions from which they came. The electrons freely move around within this system of positive ions in a similar way to how particles move in a gas. Plasmas are strongly influenced by electric and magnetic fields due to the charged particles.
There are 4 different fundamental states of matter: solid, liquid, gas, and plasma.
The atoms/molecules that make up a solid are packed tightly together and arranged in regular, repeating patterns. They are held firmly in place by their attractive forces and their vibrating within a limited area. Solids have a definite shape and volume.
In liquids, the atoms/molecules have a moderate kinetic energy and flow easily around one another. They are kept from flying apart by attractive forces between them. Liquids have a fixed volume but assume the shape of their containers.
Atoms/molecules in gases fly in all directions at great speeds. Due to this high kinetic energy, attractive forces between them are minimal. Gases assume the volume and shape of their containers.
Lastly, plasma is the state of matter with the highest thermal energy. It is made up of free electrons and the positive ions from which they came. The electrons freely move around within this system of positive ions in a similar way to a gas. Plasmas are strongly influenced by electric and magnetic fields due to the charged particles.