Hello, readers welcome to the new post. Here we will discuss Difference between Electric & Magnetic Field. The basic difference is that the magnetic field is produced across the moving charges or about the poles north and south of the magnet and the electric field produces about the static charges.
Here we will discuss different parameters to find the differences among them. So let’s get started Difference between Electric & Magnetic fields.
Difference between Electric & Magnetic Field
What is Electric Field
- The electric field is a field that exists about the static charges and applies forces on the other charges existing near the field attracting and repelling force
- It is also called the physical field for the charged system.
- It is produced from the electric charges and through changing magnetic fields.
- Electric and magnetic fields are fundamental forces of nature.
- It is commonly used in different physics modules and is considered part of electrical engineering.
- In the case of atomic, it is an attractive force and used to holds the nucleus and electrons.
- The chemical bond existing between the molecules caused by this force
- SI unit of this force is volt per meter and the same to N/C
- Electric field denoted as E
- The magnetometer is used for its measurement
- The direction of the electric field is at ninety degrees to an electric field
- It produces through positive charges and ends at negative charges or point
- Attraction exist between different charges and attraction exists between the same charges
- It is a two-dimensional forces
- The equation of electric fields E=F/Q
What is Magnetic Field
- Magnetic files exist about the moving charges or current and magnetic materials.
- The movable charges in the field bear the forces at ninety degrees to their velocity and the magnetic field.
- The magnetic field of a permanent magnet repels ferromagnetic materials like iron and attracts or repels other types of magnetic materials.
- The magnetic field that changes on the basis of location applies force to non-magnetic materials by disturbing the movement of their external electrons.
- It is a vector quantity.
- For electromagnetics, a magnetic field is employed for 2 different but related vector fields with symbolic representations B and H.
- H is magnetic field strength, calculated in units of amps per meter. B is the magnetic flux density found in Tesla.
- Tesla is equal to Newton per meter per ampere.
- A magnetic file is created through moveable electric charges.
- It is denied as B.
- An electrometer is used for measuring the magnetic field.
- It is at ninety degrees to the electrical field
- It is generated through the north pole of the magnet and ends at the south pole.
- It works in three dimensions.
Electric vs. Magnetic Field
Electric Field
- An electric field is a region where force is faced by electrical charges.
- The unit of electrical field is volt per meter or newton per coulomb.
- Its symbolic representation is E.
- Eleectric field exits at 90 degress to magentic field.
- This field produces positive charges and ends at negative charges.
- Electric field lines do not make a closed loop path.
- It comes with negative and positive charges.
- Same charges have repusive forces, and other charges have attraction forces.
Magnetic Field
- A magnetic field is an area about magentic poles where atraction or repulsion forces are faced by magnetic material.
- Its SI unit is Tesla, or (Newton × Second)/(Coulomb × Meter).
- It is also at 90 degress to the electrical field.
- It produces from north poles and ends at south poles.
- Magnetic field lines make a closed path.
- This field has a north and south pole.
- Same poles repel each other and unlink attract.
What is the difference between an electric force and a magnetic field?
- For an electric field, a particle bears force in the direction of the field, regardless of particle motion. For a magnetic field particle, bear forces at 90 degress to the magnetic field direction and its direction of motion.
What is the difference between magnetic and electrostatic?
- The static electric field is produced through charges that are fixed. The static magentic field is produced through magent or charges that are in motion.
What are the two differences between a magnetic field and an electric field?
- The varying magentic field produces an electric field. Electric fields affect electric charges and do not affect magnetic charges. Magnetic fields affect magnetic charge and do not affect electric charge.
What is the formula for magnetic field?
- The magnetic field equation of wire for magnetic field is B = μ 0 ∗ I 2 ∗ Π ∗ r.
- Magentic field B and motion of electric charges produce magentic forces, and the formula is F = q ∗ v × B.
That is all about the Difference between Electric & Magnetic Field all details has been explained if you have any question ask in the comments.