In this article, the topic “is static electricity magnetic” with 3 facts will be summarize in a brief manner. Static electric flied and magnetic field both are not visible.
A charge which is moving is created a field of magnetic, but a static charge could not originate a field which is magnetic the reason behind of it, the stationary charges is not able to affect the magnet. The magnetic field and electric field both are characterized by steady direction, flow rate and strength.
The magnetic field and electric field both are not visible rows of force which are created by the some natural affairs like lighting of the earth or magnetic field of the earth, sometimes by electricity which is used by the humans.
Electric field:-
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Electric field can be explained as, the force area which is originated with the help of attraction and repulsion of the charges of the electric. The unit is use to measure the electric field is volts per meter (V/m).
Magnetic field:-
Magnetic field can be explained as, the force area which is originated with the help of magnet or as an outcome of the charges movement. The unit is use to measure the magnetic field is Tesla (T).
Difference between the Electric field and Magnetic field:-
The major difference between the Electric field and Magnetic field is listed below,
| Electric field | Magnetic field |
| Electric field is generated a charges with electricity around its surrounding. | Magnetic field is generated a charges with electricity around movement of the magnets. |
| The unit is use to measure the electric field is volts per meter (V/m), Coulomb. | The unit is use to measure the magnetic field is Gauss or Tesla (T). |
| Electric field is directly proportional to the electric charge. | Magnetic field is directly proportional to the speed of the electric charge. |
| For measuring the electric field the instrument used is, electrometer. | For measuring the magnetic field the instrument used is, magnetometer. |
| Electric field is straight to the magnetic field. | Magnetic field is straight to the electric field. |
| The example of the electric field are listed below, 1. Light 2. Radio waves 3. X – ray 4. Microwave | The example of the magnetic field are listed below, 1. Train tracks 2. Compass 3. Motor 4. Computer 5. Refrigerator 6. MRI scanner 7. Speaker |
Is static electricity a magnetic force?
The static electricity explained as, the imbalance in between the positive charges and negative charges of a matter which motives the turn away of the electric pulse.
Both the magnetic field and electric field are the originated with the help of attraction and repulsion of the charges of the electric. The magnetic field is originated for the reason of the moving charges of the electric while field of electric generated for the stationary charges.
Assumption for is static electricity magnetic:-
The answer is, Yes. The static electricity can be magnetic.
The characteristics and property of the static electricity:-
The characteristics and property of the static electricity are discuss below,
- Electric charge is generated for the imbalance in between the positive charges and negative charges of a matter which motives the turn away of the electric pulse.
- Electric charge can observe for both the insulator and conductor. As an example we can a say lighting of the earth ad also rubbing of balloons can also stick the hair.
- Moisture is not suitable for the transferring the electrons of a substance. In the static electricity continuous of the electricity cannot be generated. Charges which are generated during the static electricity hold together in constant state or static state by the force field which is preventing by the deportment of the energy being charged.
Can magnets cause static electricity?
Yes, magnets can causes static electricity. The magnet does not have the ability to move in connection to statically charged plastic and can create a connection with the plastic to symmetry the charge. It will still draw the statically charged plastic.
The reason of the static electricity:-
The reasons behind the static electricity are listed below,
- Cutting action
- Connection and separation in between two objects
- Rapidly changes of the heat
- Induction
- High energy radiation
Do magnets affect static electricity?
Yes, magnets can be affecting the static electricity. When an enough strong electromagnet gets closer to the electronic equipment, it start to affect the electrons in the sectors of the transistors and memory of hard drives and memory module, it actually rips away these electrons, virtually destroying the programs that they make up.
Properties of the magnets:-
Some properties of the magnets are listed below,
- Poles of the magnets
- Attractive property
- Directive property
Poles of the magnets:-
A magnet has always two poles. In these two poles the strength of the magnetic field is stronger. A pole of the magnets stays in pairs. Size of the magnet does not matter to separate one pole.
Same poles of the magnet are not attracted to each other but the different poles of the magnet attracted by each other.
The magnetic force in between two substances in inversely proportional to the distance in between two substances. The magnetic force work more strongly when two substances are stays closer.
Attractive property:-
A magnet always has a property of attractive. A ferromagnetic material is attracted by the magnet. Some example of the ferromagnetic materials are, nickel, iron, cobalt.
Directive property:-
If a magnet is eliminated from the support of the rigid then a magnet freely can be rotate without any obstacle. A magnet all time stays at the direction of north – south.
Uses of the magnets:-
The use of the magnets are listed below,
- Hospitals
- Fridge magnets
- Compass
- Toys
- Mag – Lev Trains
- Household and Furniture appliances
- Recycling
- Jewellery
- Industrial Machinery
Can static electricity produce magnetic field?
Only in two ways the static electricity can make magnetic field. The ways are listed below,
- Relative motion in between a charge and what measures the field. A moving charge of a static body can make magnetic field.
- An intrinsic effect called spin created a dipole magnetic field around most static particles. It known as spin for the reason of it was originally thought a particle required to move to create a magnetic field.
Conclusion:
Static charges are generated magnetic field when movement is happened respect to them notice it. Static electricity mainly appear when two insulating materials are create friction with each other. When two materials are rubbed with each other that time electrons are eliminated from atoms within the materials and giving rise to a static electric charge.
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Hi..I am Indrani Banerjee. I completed my bachelor’s degree in mechanical engineering. I am an enthusiastic person and I am a person who is positive about every aspect of life. I like to read Books and listen to music.