### Magnets, Electricity Worksheets Printable Worksheets

Electric fields and magnetic fields have similarities, but operate very differently. James Clerk Maxwell was a pioneer in the field of electromagnetism. Maxwell theorized that electricity, light, and magnetism were all related phenomenon. He demonstrated that electric and magnetic fields travel in a wave and at a constant speed. In this series of worksheets we show you the difference between magnetic and electric fields.

1. Acrostic Poem
2. Bank On It!
3. Comparing Magnets And Electricity VENN Diagram
4. Cryptogram
5. Do The Research!
6. Group Creative Writing
7. Flexing those Magnet Muscles!
8. If I Were A.... ?
9. KWL
10. Magnetic Attraction - Experiment with various items to determine which are attracted to a magnetic force and which are not. Your teacher has provided you with a number of materials. In box below, write which items were attracted by and which were not.
11. Magnetic Attraction And Cars - Draw arrows to show if the cars attract or repel each other. On the space to the right, write the word that describes the action of the cars (attract or repel).
12. Maze
14. The Magnets In My House - Below you will find a list of items in a typical home. Take a look at them and decide if they have magnets in them. Put a check next to the materials that have magnets. In the last two boxes name to other items in your house that have magnets.
15. Vocabulary Quiz
16. Vocabulary List & Definitions
17. What's Electricity? - Basic questions for you to introduce the topic.
18. Word Chop
19. Word Search

## How Magnetism and Electricity Are Related and Differ?

They are related concepts but have a few differences too. They are interrelated in many ways. The generation, transmission, and use of electrical energy are dependent on the magnetism present in the system. In a way, you could say that electricity is an extreme form of magnetism.

What Are They?

Electricity is the force that causes charged particles to move and interact with each other. The two types of charges interacting with each other are either negative or positive charges. These charges create an electric field, an area where the effects of electricity can be observed.

Magnetism is the force that causes particles with a magnetic field to interact with each other. These could be magnets or dynamic charged particles. The north and south poles of a magnet create a magnetic field, an area where the effects of magnetism can be observed.

They are essential forces in the universe, related to each other in various ways. For example, electricity can cause magnetism and vice versa. The two also work together to create electromagnetism which we’ll discuss later in the article.

What Are the Similarities Between Them?

Now that you know what is electricity and magnetism, you must also know that there are many similarities between the two forces. Both forces can be used to power machines and harnessed to do work.

Both electricity and magnetism can be used to create magnetic fields, and both can be used to create an electrical current. Additionally, both electricity and magnetism can be used to create light.

Here are some other basic similarities between the two forces:

- Both electricity and magnetism have two different types of charges and poles, respectively. Electricity depends on negative and positive charges, whereas magnetism depends on the north and south poles.

- The like charges and poles repel each other, whereas the unlike charges and poles attract each other. Negative and negative, positive and positive, north and north, and south and south will always repel each other. However, negative charges will attract positive charges and vice versa, while the north pole will attract the south pole and vice versa.

- Charged particles produce an electric field. In contrast, magnets have a magnetic field.

- Electric field lines and magnetic field lines are imaginary lines depicting the electric field and magnetic field, respectively, along with the direction of the force.

- The strength of the force (electric or magnetic) between two charged particles depends upon the material of the conductor, the magnitude of the charges, and the distance between said charges.

What Are the Differences Between Them?

Electricity and magnetism may seem dependent on each other. However, there are several critical differences between electricity and magnetism.

- Electricity is the flow of electrons, while magnetism is the force created by magnets or moving electrons.

- Electricity can be generated by natural and artificial means, while magnetism is only produced naturally.

- Electricity can be used to power appliances and devices, while magnetism can be used to create magnetic fields.

- Electricity can be dangerous if not properly managed, while magnetism is not typically considered dangerous.

How Are They Related to Each Other?

They are two of the most significant forces in the universe. They are also two of the most closely related forces. Electricity is the force that creates magnetism. Magnetism is the force that produces electricity.

Electricity is created when charged particles, like electrons, are moved from one place to another. This movement can happen in several ways, including through wires, batteries, and generators. Magnetism is created when these charged particles move through a magnetic field.

The electromagnetic force best explains the relationship between them. It is the force that governs how electrically charged particles interact with each other. It is also the force that governs how magnets interact with each other.

The interaction of electricity and magnetism creates electromagnetic force. It is one of the four fundamental forces of the universe. The other three are a strong force, a weak force, and gravity.

What Is the Importance of These Forces?

These forces are both significant in our world today. Both are used in different ways and are essential to many different industries.

Electricity is used to power our homes, businesses, and factories. It is also used in various ways, such as powering our phones, computers, and other electronic devices. Magnetism is also used in many different ways, such as in generators, motors, and transformers.

Both electricity and magnetism are also used in a variety of medical applications. For example, electricity is used in defibrillators and MRI machines, while magnetism is used in MRIs and Radiofrequency ablation (RFA) procedures for treating tumors.

Overall, electricity and magnetism are two fundamental forces in our world today. They are used in various ways and are essential to many different industries.

Wrapping Up

They can be considered two sides of a coin. While electricity is the force created due to charged particles, magnetism is created due to the presence of magnets or the movement of electric particles. The two forces have various similarities as well as differences between them, as discussed above.

The importance of electricity and magnetism can be comprehended because both forces combine to give birth to electromagnetic force. The phenomenon of electromagnetism is widely used in numerous machines nowadays, such as transistors, generators, motors, etc. This fundamental force is also advantageous in medicine due to the extensive use of X-rays in diagnosing and treating numerous diseases.