Which best describes the motion of iron atoms in a solid iron?

Which best describes the motion of iron atoms in a solid iron?

Which best describes the motion of iron atoms in solid iron? Vibration best describes it. Solid iron is crystalline, therefore its atoms do not move around, but only vibrate.

Which statement best describes the atom in a solid?

Which statement best describes the atoms in a solid? They are held together by strong attractions.

Which states of matter can flow?

Liquids can flow or be poured easily. They are not easy to hold. Liquids change their shape depending on the container they are in.

Which best describes why a liquid needs a container when a solid does not?

Which best describes why a liquid needs a container when a solid does not? Solids have definite shapes, and liquids fill their containers. Solids particles do not expand to fill their containers, and liquid particles do. Solids particles expand to fill their containers, and liquid particles do not.

What describes the motion of atoms in a gas?

In gases the particles move rapidly in all directions, frequently colliding with each other and the side of the container. With an increase in temperature, the particles gain kinetic energy and move faster.

Which statement best describes why a liquid needs a container when a solid does not?

Which best describes why a liquid needs a container when a solid does not? Solids fill their containers, and liquids have definite shapes. Solids have definite shapes, and liquids fill their containers. Solids particles will expand to fill their containers, and liquid particles will expand as well.

Which statement can be known about the behavior of the atoms in each container quizlet?

Which statement can be known about the behavior of the atoms in each container? The atoms in the solid would be vibrating in position. Atoms in a stay in a fixed position and have no freedom to move. Density involves the amount of a material in a certain volume.

How will you describe the movement of atoms in a solid?

In a solid, the atoms are very attracted to one another. The atoms vibrate but stay in fixed positions because of their strong attractions for one another. Heating a solid increases the motion of the atoms. A decrease in the motion of the atoms allows the attractions between atoms to bring them a little close together.

How can you describe the motion of particles in a solid?

In a solid, the particles pack together as tightly as possible in a neat and ordered arrangement. The particles are held together too strongly to allow movement from place to place but the particles do vibrate about their position in the structure.

What happens to iron atoms when they are heated?

The iron atoms move more slowly after they are heated. The iron atoms move more quickly after they are heated. The iron atoms were not moving before they were heated, and they are not moving after being heated. The iron atoms were moving before they were heated, and they continue to move at the same speed after being heated.

Which is statement best describes the movement of atoms in a solid?

Which statement best describes the movement of atoms in a solid? They are able to slide past each other. They spread apart as far as possible. They have no freedom to move. They are free to move in all directions. The answer is: They have no freedom to move. However is not completely true, as even in a solid atoms still a move a bit (vibrations).

What happens to an iron rod when it cools?

An artist heats a solid iron rod and bends it into a new shape. The iron cools down when the artist is finished. What happens to the iron atoms as the solid iron rod cools? The iron atoms move more quickly. The iron atoms slow down and stop moving. The iron atoms slow down but do not stop. The speed of the iron atoms does not change.

Are there atoms in the water that are not moving?

The atoms and molecules of both the liquid water and the table are moving. The atoms and molecules of both the liquid water and the table are not moving. The atoms and molecules of the liquid water are not moving, and the atoms and molecules of the table are moving.