when two magnets are near each other, their magnetic fields interact. this model represents the magnetic field between two bar magnets. complete the sentences to describe the model. the two magnets have blank poles near each other. in between the magnets, the north pole of another magnet would be blank the north pole of the magnet on the left and blank the south pole of the magnet on the right. because these forces act in blank, the magnetic field lines between the two magnets blank.

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# Brief Explanations:
1. First blank: In the diagram, the top magnet has N at the bottom and the bottom magnet has S at the top (near each other). So the poles near each other are opposite (north and south are opposite, but here the near poles: top magnet's N and bottom magnet's S? Wait, no, the top magnet's bottom pole is N, bottom magnet's top pole is S. So opposite poles? Wait, no, magnetic poles: like poles repel, opposite attract. Wait, the magnetic field lines between them: let's see the field lines. The top magnet's field lines go from N (bottom) to S (top of bottom magnet)? Wait, the field lines direction: in a bar magnet, field lines go from N to S outside the magnet. So top magnet: N is bottom, so field lines come out of N (bottom) and go into S (top). Bottom magnet: N is bottom, S is top. So the top magnet's N (bottom) and bottom magnet's S (top) are near each other. So opposite poles (N and S are opposite). Wait, no, the first blank: "The two magnets have [blank] poles near each other." So if the near poles are N (top magnet's bottom) and S (bottom magnet's top), they are opposite. Wait, but maybe the first blank is "opposite"? Wait, no, let's check the magnetic field lines. The field lines between the two magnets: they are connecting the N of the top magnet to the S of the bottom magnet? Wait, the top magnet's field lines: from N (bottom) go into S (top of bottom magnet)? Wait, the bottom magnet's field lines: from N (bottom) go into S (top). So between the two magnets, the field lines are going from N (top magnet's bottom) to S (bottom magnet's top), which means they are attracting. So opposite poles attract. So the first blank: "opposite".

2. Second blank: "In between the magnets, the north pole of another magnet would be [blank] the north pole of the magnet on the left and [blank] the south pole of the magnet on the right." Wait, the left magnet (top) has N at bottom, right magnet (bottom) has S at top. So a north pole of another magnet: in the region between them. The left magnet's N (bottom) would repel a north pole (like poles repel), and the right magnet's S (top) would attract a north pole (opposite poles attract). So the north pole of another magnet would be repelled by the north pole of the left magnet (top magnet's N) and attracted to the south pole of the right magnet (bottom magnet's S). Wait, the sentence: "the north pole of another magnet would be [blank] the north pole of the magnet on the left and [blank] the south pole of the magnet on the right." So first blank (second part of sentence): "repelled by" (from left magnet's N) and "attracted to" (to right magnet's S). Wait, but the blanks: first blank in the second sentence: "the north pole of another magnet would be [blank] the north pole of the magnet on the left and [blank] the south pole of the magnet on the right." So first blank: repelled by (because like poles repel: N and N repel), second blank: attracted to (because N and S attract).

3. Third blank: "Because these forces act in [blank], the magnetic field lines between the two magnets [blank]." Wait, the forces: the repulsion from the left magnet's N and attraction to the right magnet's S. These forces are in the same direction? Wait, the north pole of the test magnet: repelled by left N (so force to the right) and attracted to right S (force to the right). So forces act in the same direction (both to the right), so the magnetic field lines between the two magnets are "pulled together" or "converge" or "are directed from N to S" but the last blank: maybe "are closer" or "show attraction". Wait, but the original sentence: "Because these forces act in [blank], the magnetic field lines between the two magnets [blank]." Wait, maybe the first blank of this part: "the same direction" (both forces on the test north pole are to the right, so same direction), and the magnetic field lines between the two magnets "are directed from the north pole of the left magnet to the south pole of the right magnet" or "show attraction". But maybe the blanks are:

First blank (first sentence): "opposite" (wait, no, earlier mistake. Wait, the top magnet's bottom pole is N, bottom magnet's top pole is S. So N and S are opposite, so they attract. So the two magnets have "opposite" poles near each other.

Second blank: "repelled by" (the north pole of another magnet is repelled by the north pole of the left magnet, because like poles repel)

Third blank: "attracted to" (the north pole of another magnet is attracted to the south pole of the right magnet, because opposite poles attract)

Fourth blank: "the same direction" (the forces: repulsion from left N (pushing right) and attraction to right S (pulling right), so same direction)

Fifth blank: "are drawn together" or "converge" or "show attraction" but maybe the intended answers are:

1. The two magnets have **opposite** poles near each other. (Because N and S are opposite, attract)

2. In between the magnets, the north pole of another magnet would be **repelled by** the north pole of the magnet on the left (like poles repel) and **attracted to** the south pole of the magnet on the right (opposite poles attract).

3. Because these forces act in **the same direction** (both pushing/pulling the test north pole to the right), the magnetic field lines between the two magnets **are directed from the north pole of the left magnet to the south pole of the right magnet** (or "show attraction" or "converge").

But maybe the exact blanks:

First blank: opposite

Second blank: repelled by

Third blank: attracted to

Fourth blank: the same direction

Fifth blank: (maybe) "are closer" or "indicate attraction"

But let's re-express:

1. The two magnets have **opposite** poles near each other. (N and S are opposite, so they attract, field lines connect them)

2. In between the magnets, the north pole of another magnet would be **repelled by** the north pole of the magnet on the left (like poles repel: N-N repel) and **attracted to** the south pole of the magnet on the right (N-S attract).

3. Because these forces act in **the same direction** (both forces on the test north pole are towards the right, so same direction), the magnetic field lines between the two magnets **converge** (or "are directed from N to S" or "show attraction").

But the original text:

"The two magnets have [blank] poles near each other. In between the magnets, the north pole of another magnet would be [blank] the north pole of the magnet on the left and [blank] the south pole of the magnet on the right. Because these forces act in [blank], the magnetic field lines between the two magnets [blank]."

So filling:

1. opposite (N and S are opposite, so near poles are opposite)

2. repelled by (N-N repel)

3. attracted to (N-S attract)

4. the same direction (both forces on N pole are to the right, same direction)

5. (maybe) "are drawn together" or "show attraction" or "are directed from the north to the south pole between them"

But the key concepts:

- Opposite poles attract, like poles repel.

- Magnetic field lines go from N to S outside the magnet.

- A north pole of a magnet experiences a force in the direction of the magnetic field (repelled by N, attracted to S).

So the answers are:

1. opposite

2. repelled by

3. attracted to

4. the same direction

5. (example) "converge" or "are directed from the north pole of the left magnet to the south pole of the right magnet"

But maybe the intended blanks are:

First blank: opposite

Second blank: repelled by

Third blank: attracted to

Fourth blank: the same direction

Fifth blank: (maybe) "are closer" or "indicate attraction"

But since the problem is to complete the sentences, the main points are:

- The two magnets have **opposite** poles near each other (N and S attract).

- A north pole is **repelled by** another north pole (like poles repel) and **attracted to** a south pole (opposite attract).

- Forces on the north pole act in **the same direction** (both pushing/pulling right), so field lines between the magnets **converge** (or show attraction).

# Answer:
1. The two magnets have $\boldsymbol{\text{opposite}}$ poles near each other.
2. In between the magnets, the north pole of another magnet would be $\boldsymbol{\text{repelled by}}$ the north pole of the magnet on the left and $\boldsymbol{\text{attracted to}}$ the south pole of the magnet on the right.
3. Because these forces act in $\boldsymbol{\text{the same direction}}$, the magnetic field lines between the two magnets $\boldsymbol{\text{converge (or show attraction)}}$.

(Note: The final blank may vary slightly based on context, but the core concepts of opposite poles attracting, like poles repelling, and force direction driving field line behavior are captured.)

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