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The application of electromagnetism in TV and Radios is palpable in speakers. The main aim is to convert the electrical waves into audible sound.

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will be demagnetized when the striker get contact with bell and by the spring tension striker comes back to its original position and again electrical contact will be made once again. This process repeats until the switch gets opened.

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Danish physicist Hans Christian Oersted presented his experiment on   1890 that proves the relationship of electricity and magnetism. In the said experiment, he yielded a definite movement of the compass needle with regards to the metal wire wherein an electric current is passing through which is suspended above the magnetic compass. Moreover, James Clerk Maxwell did contribute concepts about repulsion of like charges and attraction of opposite charges. 

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Danish physicist Hans Christian Oersted presented his experiment on   1890 that proves the relationship of electricity and magnetism. In the said experiment, he yielded a definite movement of the compass needle with regards to the metal wire wherein an electric current is passing through which is suspended above the magnetic compass. Moreover, James Clerk Maxwell did contribute concepts about repulsion of like charges and attraction of opposite charges. 

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like induction cookers, microwave ovens, electric mixers and grinders, bread toasters, etc. use the electromagnetism for their operation.

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use electrical bells which works based on electromagnetic principle. In these bells, the sound is produced by electromagnetic coils which move the striker against the bell. As long as the coil is energized, iron striker gets attracted by it, hence it strikes the bell.

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For the opposite charges and poles to attract, the distance of the particles must be close to each other.

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For the opposite charges and poles to attract, the distance of the particles must be close to each other.

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Electricity and magnetism are two separated and distinct phenomena until 19th century. However, electricity and magnetism are now known as be components of the unified theory of electromagnetism. The relationship develops because of the fact that an electric current or the flow of electrons in a metal produces magnetic field. It also shows that a changing electric field produces a magnetic field and a changing magnetic field produces an electric current. 

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Electricity and magnetism are two separated and distinct phenomena until 19th century. However, electricity and magnetism are now known as be components of the unified theory of electromagnetism. The relationship develops because of the fact that an electric current or the flow of electrons in a metal produces magnetic field. It also shows that a changing electric field produces a magnetic field and a changing magnetic field produces an electric current. 

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Electricity  and magnetism have two opposite varieties with same concept such as repel with (having two protons) and opposite attracts (having electrons and protons).  

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Electricity  and magnetism have two opposite varieties with same concept such as repel with (having two protons) and opposite attracts (having electrons and protons).  

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Electricity  and magnetism are both static and moving charges.

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Electricity  and magnetism are both static and moving charges.

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There's a significant relationship between magnetism and electricity since both of them exist in earth wherein  because of electricity current it creates a magnetism arround the earth such as electron's orbital angular momentum, and subsequent magnetic moment. Which can we observe that due electrons (electricity) it rotates that earths that results in producing magnetic field arround the earth which si North and South Pole

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There's a significant relationship between magnetism and electricity since both of them exist in earth wherein  because of electricity current it creates a magnetism arround the earth such as electron's orbital angular momentum, and subsequent magnetic moment. Which can we observe that due electrons (electricity) it rotates that earths that results in producing magnetic field arround the earth which si North and South Pole

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Used in heating, cooling, computers, transportation, etc.

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Used in heating, cooling, computers, transportation, etc.

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Monopole exist with either a positive or negative charge

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Monopole exist with either a positive or negative charge

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Associated with positive and negative charges

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Associated with positive and negative charges

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It is the flow and movement of charged particles  

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It is the flow and movement of charged particles  

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Used in compass needle, doors of refrigerator, etc.

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Used in compass needle, doors of refrigerator, etc.

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Dipole exist since the magnetism as North and South poles never exist independently

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Dipole exist since the magnetism as North and South poles never exist independently

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Occurs when electric charges begin to move or change

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Occurs when electric charges begin to move or change

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It is the interaction between moving charges results in attractive or repulsive force

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It is the interaction between moving charges results in attractive or repulsive force

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Example and Application of Electromagnetism

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Example and Application of Electromagnetism

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The etymology of Electromagnetism comes from  the combination of two Greek elektron, meaning "amber" and magnetis lithos, meaning "Magnesian stone," which is a magnetic iron ore. Electromagnetism conveys the process of creating magnetic field through the current in the conductor. When the conductor is electrically charged, it generates force of magnetic lines.

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Relationship between Electricity and Magnetism:

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Relationship between Electricity and Magnetism:

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Similarities of Electricity and Magnetism

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Similarities of Electricity and Magnetism

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Magnetism includes the properties of magnets, wherein it affects the magnetic force on the moving charges and currents, also the creation of magnetic fields through currents. Any magnetic objects or particles have north and south poles with the directions based on the orientation of the Earth's magnetic field. Opposite poles attract each other while like poles repel each other.

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Electricity is the phenomenon associated with the presence and motion of charged particles. Electricity can be either stationary (static electricity)or moving (dynamic electricity) particles. The source of electric charge could be an electron (has negative charge, and a proton (positive charge). Unlike charges (positive & negative) attracts each other while like charges repel each other.