Compare particle behavior in solids, liquids, and gases with this interactive diagram.

Problem Analysis:

The task requires us to describe and draw the particles in each state of matter: Solid, Liquid, and Gas. Additionally, we need to fill in the blanks in the provided descriptions for each state.

Solution:

#### 1. Solid
- Particles are closely packed together: In a solid, particles are tightly held in fixed positions due to strong intermolecular forces.
- Lowest energy: Solids have the lowest energy among the three states because the particles are not moving freely.
- Particles move slowly: The particles in a solid vibrate in place but do not move freely from their positions.
- Has a fixed shape: Solids maintain a definite shape due to the rigid structure formed by the particles.
- Can't flow: Solids cannot flow because the particles are locked in place.
- Has a fixed volume (can't be compressed): Solids have a fixed volume and are difficult to compress due to the close packing of particles.

Drawing for Solid:
- Draw particles as small spheres or dots arranged in a regular, ordered pattern (e.g., a crystalline lattice).

#### 2. Liquid
- Particles are farther apart: In a liquid, particles are more spread out compared to solids but still relatively close.
- Medium energy: Liquids have medium energy because the particles are moving more freely than in solids but less freely than in gases.
- Particles move more quickly: The particles in a liquid move more quickly than in a solid, sliding past each other.
- Has no fixed shape: Liquids take the shape of their container because the particles can flow and rearrange themselves.
- Can flow to fill container: Liquids can flow and adapt to the shape of their container.
- Has a fixed volume (can't be compressed): Liquids have a fixed volume and are difficult to compress because the particles are still relatively close together.

Drawing for Liquid:
- Draw particles as small spheres or dots that are less ordered than in a solid but still relatively close, showing some movement and fluidity.

#### 3. Gas
- Particles are very far apart: In a gas, particles are widely spaced and move freely in all directions.
- Highest energy: Gases have the highest energy because the particles are moving rapidly and are not constrained by strong intermolecular forces.
- Particles move very quickly: The particles in a gas move very quickly and collide with each other and the walls of the container.
- Has no fixed shape: Gases have no fixed shape and will expand to fill the entire volume of their container.
- Can flow to fill container: Gases can flow and expand to completely fill any container.
- Has no fixed volume (can be compressed): Gases have no fixed volume and can be compressed because the particles are far apart and can be pushed closer together.

Drawing for Gas:
- Draw particles as small spheres or dots that are widely spaced and show random motion, indicating high energy and freedom of movement.

Filling in the Blanks:

Now, let's fill in the blanks in the descriptions:

#### Solid:
- Particles closely together
- Lowest energy
- Particles move slowly
- Has a fixed shape
- Can’t flow
- Has a fixed volume (can’t be compressed)

#### Liquid:
- Particles farther apart
- Medium energy
- Particles move more quickly
- Has no fixed shape
- Can flow to fill container
- Has a fixed volume (can’t be compressed)

#### Gas:
- Particles very far apart
- Highest energy
- Particles move very quickly
- Has no fixed shape
- Can flow to fill container
- Has no fixed volume (can be compressed)

Final Answer:

\[
\boxed{
\begin{array}{|c|c|c|}
\hline
\textbf{Solid} & \textbf{Liquid} & \textbf{Gas} \\
\hline
\text{Particles closely together} & \text{Particles farther apart} & \text{Particles very far apart} \\
\text{Lowest energy} & \text{Medium energy} & \text{Highest energy} \\
\text{Particles move slowly} & \text{Particles move more quickly} & \text{Particles move very quickly} \\
\text{Has a fixed shape} & \text{Has no fixed shape} & \text{Has no fixed shape} \\
\text{Can’t flow} & \text{Can flow to fill container} & \text{Can flow to fill container} \\
\text{Has a fixed volume (can’t be compressed)} & \text{Has a fixed volume (can’t be compressed)} & \text{Has no fixed volume (can be compressed)} \\
\hline
\end{array}
}
\]

Drawings:

- Solid: Particles in a regular, ordered pattern (e.g., a lattice).
- Liquid: Particles less ordered, showing some movement and fluidity.
- Gas: Particles widely spaced, showing random motion.