Television, Wall outlet, CD player, etc..
There are two types of electricity; dynamic and static electricity. The main difference between these two types is that in static electricity, the electrons do not move but in dynamic electricity, the electrons move either in changing directions or in one direction.
Electricity is a short term of electricity objects for example when we rub our comb or ruler to our hair some of the electrons move to the ruler and because of that it attracts pieces of paper Dynamic electricity is a flow of electrical energy that occurs in a long period time There are three variables to make sure that the dynamic electricity to flow: Voltage:is a term in electricity which represent electrical energy in electron.There are two sides of electricity.There are + and -,where + means the side that has no energy (0 energy) and the - side has the energy of electrons.Energy - attracts with + energy. Electrical current:The flow of electrical energy per second Resistance:The obstacle of energy flows.It is occurred on the cables and the electrical appliances
static electricity there is no flow of electrons and it is a result of imbalance of positive and negative charges only.while dynamic electricity , the flow of electrons can be either in a single direction(direct current),or it can be changing directions repeteadly (alternating current)..!
One example of static electricity is when you drag your feet across the floor and then shock someone. The shock is the static electricity.
Two methods of producing dynamic pressure are through the use of a venturi tube, which accelerates fluid flow and increases its velocity, resulting in higher dynamic pressure; and through the use of a pitot tube, which measures the impact pressure of a moving fluid and can be used to calculate dynamic pressure.
There are two types of electricity; dynamic and static electricity. The main difference between these two types is that in static electricity, the electrons do not move but in dynamic electricity, the electrons move either in changing directions or in one direction.
the concept of dynamic linking and dynamic binding with example
Electricity is a short term of electricity objects for example when we rub our comb or ruler to our hair some of the electrons move to the ruler and because of that it attracts pieces of paper Dynamic electricity is a flow of electrical energy that occurs in a long period time There are three variables to make sure that the dynamic electricity to flow: Voltage:is a term in electricity which represent electrical energy in electron.There are two sides of electricity.There are + and -,where + means the side that has no energy (0 energy) and the - side has the energy of electrons.Energy - attracts with + energy. Electrical current:The flow of electrical energy per second Resistance:The obstacle of energy flows.It is occurred on the cables and the electrical appliances
Some examples of dynamic electricity are: i dont know i was hoping u could tell me!
dynamic electricity is mostly used in cycles to light bulbs. when a cog wheel turns it turns a cylinder around a magnet inside it, electricity is formed automatically when the wheel turns
it is flow of electric charges
This plan is completely dynamic.
static electricity there is no flow of electrons and it is a result of imbalance of positive and negative charges only.while dynamic electricity , the flow of electrons can be either in a single direction(direct current),or it can be changing directions repeteadly (alternating current)..!
Lightning is static electricity. Charges move and build to the point that the voltage is so great that an arc will begin. Gas atoms and molecules in air have electrons torn from their orbitals to support conduction, and the arc begins and propagates as the bolt of lightning. In contrast, an alternator in a vehicle will energize a circuit and charge the battery in that vehicle. This is an example of a dynamic electric source in action.
it is an example of current electricity
An external force that moves or changes
One example of current electricity are transmission lines. These bring electricity from power stations to individual houses.