Question
Question 4
When two North Poles of a magnet are held together, they will:
a
Attract
b
Repel
c
They will not do anything
Question 5
Magnetic fields always go from South to North.
True
False
Question 6
Where is the magnetic field the strongest?
a
Further away from the magnet
b
The magnetic field is the same strength no matter where you are
c
Close to the magnet
Question 7
All magnets are permanent magnets.
True
False
When two North Poles of a magnet are held together, they will:
a
Attract
b
Repel
c
They will not do anything
Question 5
Magnetic fields always go from South to North.
True
False
Question 6
Where is the magnetic field the strongest?
a
Further away from the magnet
b
The magnetic field is the same strength no matter where you are
c
Close to the magnet
Question 7
All magnets are permanent magnets.
True
False
Answers
GPT-4o mini
Here are the answers to your questions:
**Question 4:** When two North Poles of a magnet are held together, they will:
**Answer:** b - Repel
**Question 5:** Magnetic fields always go from South to North.
**Answer:** False (Magnetic field lines are conventionally drawn from North to South.)
**Question 6:** Where is the magnetic field the strongest?
**Answer:** c - Close to the magnet
**Question 7:** All magnets are permanent magnets.
**Answer:** False (There are temporary magnets as well, such as those made from soft iron, which can be magnetized in the presence of a magnetic field but lose their magnetism when the field is removed.)
**Question 4:** When two North Poles of a magnet are held together, they will:
**Answer:** b - Repel
**Question 5:** Magnetic fields always go from South to North.
**Answer:** False (Magnetic field lines are conventionally drawn from North to South.)
**Question 6:** Where is the magnetic field the strongest?
**Answer:** c - Close to the magnet
**Question 7:** All magnets are permanent magnets.
**Answer:** False (There are temporary magnets as well, such as those made from soft iron, which can be magnetized in the presence of a magnetic field but lose their magnetism when the field is removed.)