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ohm's law conductor insulator electric circuit ammeter voltmeter

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Salman Salman

professional view for electric circuit conductor insulator and ohms law and charge particle a smart presentation.

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Smart presentation 1.Electric current 2.Ohms law 3.Properties of electric charge
Electric charge A charge particle is called an ion is an atom with positive or negative charge. When atom losses electron it become a positively charged When an atom gain electron it become negatively charged. The unit of charge is coulomb, represented by C.
continue Same charges repel each other. Opposite charges attract each other. The sum of identical positive and negative quantities is zero (0). The total charge of a closed system is constant. The universe is a closed system. It is the law of conversation of charge.
Electric Current The Rate of flow of electric charge is known as electric current. Represented by I. The unit of current is Ampere. The equation of current is I=q/t Where q is charge in coulombs and t is the time in second.
continue Current due positive charge is known is conventional current. Current due to negative charge is known as electronic current. It is the property of current when it Is passed from a wire it will produce a magnetic field around that wire from which it is passed.
Resistor and resistance A resistor is an electrical component which provide opposition to the flow of current. Resistance is a measure of the opposition to current flow in an electrical circuit. The unit of resistance is ohm. Represented by the greek letter omega(立).
Conductor and Insulator Conductors: is a material that offers low resistance or offers negligible resistance to the flow of current. Examples are Silver copper gold and aluminum. In Conductors electron can move easily.
continue Insulator: is a material that provide high resistance to the flow of current. Insulator restrict the flow of current. Example of insulator is Rubber paper glass wood and plastic. Insulators are used in electrical equipment to support and separate electrical conductors without allowing current through themselves.
Electric circuit The path to the flow of current is known as electric current. The diagram for electric circuit is shown below. circuit diagram
Electric circuit Another diagram for electric circuit is.
Electric circuit Ammeter: is a device which measure electric current in a circuit. Ammeter is connected in series with an electric circuit. Voltmeter: is a device which measure the voltage in the electric circuit. Voltmeter is connected in parallel.
Ohms law This law states that: potential difference(voltage) Across and ideal conductor is proportional to the current Ohms law is given by V = I R Temperature should be constant.
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Ohms law The material which obey ohms law is known as ohmic material. Ohms law is not applicable in semiconductor because when temperature is changed in semiconductor their property also changed. Through ohms law we can find voltage current and resistance also.

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ohm's law conductor insulator electric circuit ammeter voltmeter

  • 1. Smart presentation 1.Electric current 2.Ohms law 3.Properties of electric charge
  • 2. Electric charge A charge particle is called an ion is an atom with positive or negative charge. When atom losses electron it become a positively charged When an atom gain electron it become negatively charged. The unit of charge is coulomb, represented by C.
  • 3. continue Same charges repel each other. Opposite charges attract each other. The sum of identical positive and negative quantities is zero (0). The total charge of a closed system is constant. The universe is a closed system. It is the law of conversation of charge.
  • 4. Electric Current The Rate of flow of electric charge is known as electric current. Represented by I. The unit of current is Ampere. The equation of current is I=q/t Where q is charge in coulombs and t is the time in second.
  • 5. continue Current due positive charge is known is conventional current. Current due to negative charge is known as electronic current. It is the property of current when it Is passed from a wire it will produce a magnetic field around that wire from which it is passed.
  • 6. Resistor and resistance A resistor is an electrical component which provide opposition to the flow of current. Resistance is a measure of the opposition to current flow in an electrical circuit. The unit of resistance is ohm. Represented by the greek letter omega(立).
  • 7. Conductor and Insulator Conductors: is a material that offers low resistance or offers negligible resistance to the flow of current. Examples are Silver copper gold and aluminum. In Conductors electron can move easily.
  • 8. continue Insulator: is a material that provide high resistance to the flow of current. Insulator restrict the flow of current. Example of insulator is Rubber paper glass wood and plastic. Insulators are used in electrical equipment to support and separate electrical conductors without allowing current through themselves.
  • 9. Electric circuit The path to the flow of current is known as electric current. The diagram for electric circuit is shown below. circuit diagram
  • 10. Electric circuit Another diagram for electric circuit is.
  • 11. Electric circuit Ammeter: is a device which measure electric current in a circuit. Ammeter is connected in series with an electric circuit. Voltmeter: is a device which measure the voltage in the electric circuit. Voltmeter is connected in parallel.
  • 12. Ohms law This law states that: potential difference(voltage) Across and ideal conductor is proportional to the current Ohms law is given by V = I R Temperature should be constant.
  • 14. Ohms law The material which obey ohms law is known as ohmic material. Ohms law is not applicable in semiconductor because when temperature is changed in semiconductor their property also changed. Through ohms law we can find voltage current and resistance also.