# data[].attributes.body
1. the current is used to make light or make mechanical energy through a motor. you can also create energy through Generators.
2. If the resistance is strong then the current needs to be strong so the circuit can be efficient.
3.the direct current is very unreliable in long distances
4.the armature generator can be used to generate electricity and the Ampere can measure it.
5. the insulator can be used so the electrons do not electrocute us

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1) The current carried by the generator powered the motor.
2) Resistance caused the circuit's current to weaken.
3) The battery had a high voltage so it was able to produce a strong direct current.
4) The armature located in the generator produce amperes.
5) Insulators
1) Electrons have a negative charge and are found in all atoms. It is found on the outer shell.
2) The Westinghouse Company.
3) The AC move back and forth while the DC goes all the way around.

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1) The current goes from the generator to the motor
2)  With conductors, electrons can move easier than through an insulator
3)

# data[].attributes.body
1. The current makes an electrical flow to the generator which will power a motor to do things.
2. The resistance in a circuit causes the current to slow down.
3. The voltage from a battery is very strong in a direct circuit.
4. The armature of the generator made a lot of Amperes which could power so many houses.
5. The insulators do not let the electron pass but conductors lets them pass.

1. The neutrons and protons are  in the nucleus but the electrons are located around the  nucleus in the clouds.
2. Westinghouse.
3. The DC circuit makes the electrons move in one direction, while the AC one moves the electrons back and fourth.

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1. The current flows from the generator to the motor.
2. The resistance of the circuit slows the current.
3. The battery has a voltage of 1.5 and uses a direct current.
4. The armature is the part that makes the power in the generator, which provides  amperes.
5. Insulators block electrons, unlike a conductor which lets electrons flow through

Questions:
1. The three subatomic particles of an atom are the electron, the neutron, and the proton. The electrons are found in orbitals around an atom, while the protons and neutrons are in the nucleus.
2.The Westinghouse company provided Tesla with stocks
3. Tesla's AC System moved electrons back and forth in a wire, changing the poles.

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1. the generator created a current, which powered the motor
2. the current passed through the circuit but encountered resistance.
3. she didnt look at the voltage of the battery, and risked exposure to the direct current.
4. the armature of the generator spun while the engineer measured the amperes of the current

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1. When electrons move, they create electrical energy which a current creates the electrical flow to a generator which can power a motor.

2. When there is resistance present in a circuit, it may stop the electrical current.

3.  The battery's voltage was not strong enough to power the circuit.

4.The amperes power the armature and the armature gives electricity to a generator.

5. Insulators and Conductors are almost opposite because insulators stop the electron flow and conductors don't stop the flow.

1) The three main subatomic particles that form an atom are protons, neutrons, and electrons. The center of the atom is called the nucleus. The protons and neutrons are located in the nucleus and the electrons are on the outer shell

2) The Westinghouse company

3) The AC current flows back and forth while the DC current flows in one direction

# data[].attributes.body
1. The current creates an electrical flow to the generator which can power a motor.

2. If there is a resistance in a circuit, the electrical current will not be able to function properly.

3.  The voltage in a battery could destroy the circuit if the voltage is high.

4. The armature can be powered up by amperes, and it can give electricity to a generator to use.

5.  An insulator can stop the flow of electrons in a current while a conductor does the complete opposite.

Tesla's Video Questions

1. The subatomic particles in an atom are electrons, protons, and neutrons. First of all, electrons have a negative charge, and they are located on the outer shell of the nucleus. Secondly, protons have a positive charge and are located in the nucleus, which is the middle of the atom. Finally, neutrons have no charge, and they are also located in the nucleus with the protons.

2. The name of the company is the Westinghouse company.

3. Tesla's AC current can flow back and forth, while Edison's DC current can only flow in one direction.

# data[].attributes.body
1.The current went from the generator to the motor

# data[].attributes.body
1. Generators create an electrical current that then powers a motor.
2. The electrical current passed through the circuit but encountered resistance.
3. The battery had a voltage of 1.2 and passed through a direct current circuit.
4. The armature of the generator produced enough Amperes to power the house.
5. Insulators block the flow of electrons while conductors let them pass easily.

1. Protons and neutrons are located in the nucleus and electrons are located in clouds around the nucleus.
2. Westinghouse
3. Tesla's AC current changes the direction periodically, while Edison's DC system, the current only flows in one direction.

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1. The generator produced an electrical current and sent it to the motor so it could create mechanical energy.
2. A resistance inside the circuit makes the electrical current regulate, so that the circuit doesn't create a high voltage
3. If there is a high voltage in a circuit, the battery may start to drain, and it can be very hazardous.
4. Amperes power up an armature, the part of a generator, so it can produce energy for electronics
5.

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1. The generator created the current and flowed into the motor through the wires.
2. The resistance didn't power the motor, so the current that moved through the circuit had very little power

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1)A current of electricity is sent through the motor powering a generator allowing the lights to stay on even in a blackout.
2)The total resistance of the circuit is found by simply adding up the resistance values of the individual resistors.

3)The 9  volt battery was connected to a wire that had a direct current.
4)As the generator's armature spun, the engineer measured the number of amperes of the current.
5)In a conductor, the electrons in the atom can move more freely, unlike a insulator which impedes the flow of electricity.

1)The three main subatomic particles that form an atom are protons, neutrons, and electrons. The center of the atom is called the nucleus. First, let's learn a bit about protons and neutrons, and then we will talk about electrons a little later. Protons and neutrons make up the nucleus of an atom.
2)The Westinghouse company
3)The DC current flows in one direction while the AC current flows back and forth.

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1) The generator created an electrical current to power the motor
2) The current started to weaken as it encountered resistance in the circuit
3) The generator's armature began to spin faster as the amount of electricity built up in the battery
4)The speed of the armature depends on how much energy the generator makes
5) Insulators block and slow down the electron's flows, while conductors do the opposite and speed electrons.

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1) The generator generated a large electric current to power the motor.
2) Resistance within a circuit slows down the electric current.
3) The voltage of a battery remains constant because it uses a Direct Current.
4) As the armature inside the generator spun the faster, the ampere increased.
5) Electrons cannot pass through insulators, but can pass through conductors.

1. The three subatomic particles of an atom are the electron, the protons, and the neutrons. The electrons are located in orbitals around the nucleus. The protons and neutrons are located inside the nucleus.
2. Westinghouse provided Tesla with company stock options.
3. A Direct Current only flows in one direction, but an Alternating Current periodically changes direction.

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1) The electric current, created by the generator,  flowed through the wires and into the motor.
2) The electric current that moved through the circuit wouldn't power the engine since it had too much resistance.
3) The amount of voltage that came from the battery  was a very powerful direct current.
4) The armature that was located in the generator was producing many amperes, possibly a record-breaking amount.
5) With conductors, electrons can move even easier than through an insulator.

1) There are protons, electrons, and neutrons. Protons and neutrons are inside of the nucleus, while electrons are outside.
2) The Westinghouse Company did.
3) The DC one has electrons move in one direction, while the AC one moved the electrons back and fourth.

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1)The generator produced electrical current to turn into energy for the motor to run.
2)There was resistance causing the circuit to be weak
3)The arm for the generator started to spin faster and faster as the high battery voltage went on.
4)The generator's armature produced quite a lot of amperes.

# data[].attributes.body
1. The current flows from the generator to the motor.
2. The resistance of the circuit slows the current.
3. The battery has a voltage of 1.5 and uses a direct current.
4. The armature is the part that makes the power in the generator, which provides  amperes.
5. Insulators block electrons, unlike a conductor which lets electrons flow through

Questions:
1. The three subatomic particles of an atom are the electron, the neutron, and the proton. The electrons are found in orbitals around an atom, while the protons and neutrons are in the nucleus.
2.The Westinghouse company provided Tesla with stocks
3. Tesla's AC System moved electrons back and forth in a wire, changing the poles.

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1. In the middle of the day, the generator failed, unable to power the powerful motor with such a weak current.
2. While the current ran through the circuit, it encountered resistance - when it reached the light, it flickered dimly.
3. The powerful battery shocked the young child, who did not expect such a high voltage.
4. When the armature failed to work, the engineers suspected the current wasn't strong enough, and decided to check the amperes.
5. When in a current, the electrons are able to travel through conductors, like copper wire, but are unable to travel through insulators, like rubber.
6. The three subatomic particles of an atom are the protons, the neutrons, and the electrons. Protons and neutrons are found in a mass at the center of an atom, called the nucleus. Electrons orbit the nucleus in shells.
7. Westinghouse provided Tesla with stock options.
8. In Tesla's AC system, the electrons change charges from positive to negative, sending them back and forth rapidly. In Edison's DC system, the electrons traveled in a circle, traveling to their destination, and then returning to their origin. This was very ineffective, as there would need to be many generators everywhere.

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1.  The electric currents  were produced by the generator to help power up the weak current in the motor.
2. While working on the circuit design, we made sure that no obstacles will create resistance on the current of the circuit.
3. Not aware of the high voltage signs, she still worked on the batteries and is vulnerable to the direct current of them.
4. The

# data[].attributes.body
1) The generator made an electric current powering a motor.
2) The current of the circuit weakened due to the resistance.
3) Voltage from the battery was very powerful; producing a strong direct current.
4) The generator's armature generated a large amount of amperes.
5) Conductors carry the electrons while inhibitors inhibit them from flowing.

1) Electrons, protons, and neutrons are the subatomic particles in an atom. Electrons have a negative charge and located in the outer shell of an atom. They're also one of the smallest. Protons have a positive charge and located in the nucleus. Neutrons is also located in the nucleus but have zero charge.
2) The Westinghouse Company provided Tesla with company stock options.
3) Tesla's AC system is different from Edison's DC System because it converts to different voltages easier.

# data[].attributes.body
1. The generator sends a electric current that powers the motor.

2. A insulator creates a resistance that goes against the current flow.

3. A 12 volt battery has 6 cells in it.

4. As the generator's armature spins the current releases more amperes.

5. Conductors allow electrons to move freely, while insulators don't.

1.  protons, neutrons, and electrons are the three main subatomic particle and they are in the nucleus.
2. Westinghouse
3. DC only flows in one direction while AC reverses making it able travel farther than DC.

# data[].attributes.body
1)  Electric current is produced by a generator which can power a motor.
2)  The circuit received too much resistance causing the current to become weak.
3) The battery's voltage is as powerful to power a direct current car.
4) The armatures in a generator produce enough amperes to power the house in India which has lost current.
5) Conductors allow electrons to move freely, while insulators have resistance against them.

1) The three subatomic particles include the neutrons, protons, and electrons. Neutrons and protons are found in the nucleus of an atom while electrons are found orbiting the nucleus of the atom.
2) The Westinghouse company provided Tesla with stocks.
3) AC moved the electrons back and forth while DC had to make the electrons move in one direction.

# data[].attributes.body
1. A generator creates a current which powers a motor.
2. In a circuit, there is a current. Resistance goes against a current by using an insulator
3. To measure how much energy a battery has, we would have to find the voltage. The battery's type of current is Direct Current.
4. The amount of current flow in an ampere depends on a
5. Electrons are made by a conductor, but it can be stopped by an insulator.

1) The three subatomic particles of an atom are protons, neutrons, and electrons. Protons and neutrons are located in the nucleus while electrons orbit the nucleus.
2) Westinghouse
3) Tesla's AC system is different from Edison's DC system because Tesla did not need a generator every mile.

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2. The insulator created a resistance against the current flow.

1. The circuit was composed of two devices a generator, which powers the circuit, and a motor, which uses the energy.

4. The electrical generator's armature spun faster as the current became stronger.

3. The battery's voltage increased as the current flowed longer.

5. The conductor allowed the electrons to flow to the motor, while the insulator stopped the flow of electrons.

Tesla

1. The 3 subatomic are the neutrons, electrons, and protons. The protons and neutrons are located in the nucleus, while the electrons are in it's orbit.

2. The Westinghouse company provided stock for Tesla.

3. Tesla's AC system allowed the flow of the current to flow back and forth, while Edison's DC system was mostly inefficient and expensive as the flow of the current had to from destination A to B, and it needed a generator for about every mile to keep a stable current.

# data[].attributes.body
1.  The generator produced an electric current and that  powered the motor

2. The  current in the circuit was weak because the insulators caused too much resistance

3. The battery's voltage was not powerful enough to light the lightbulb in the DC circuit.

4. The armature in the generator did not generate enough amperes to power the house.

5.  Insulators inhibit the flow of electrons and conductors help transmit electrons.

1) The three subatomic particles of an atom are:

neutron: located in the nucleus, no charge

proton: located in the nucleus, positive charge

electron: located in the outer shells, negative charges

2 )Westinghouse
3) Tesla's alternating current system used alternating currents and Edison used direct currents

# data[].attributes.body
1. A generator creates an electrical current which then powers a motor in order to produce a form of mechanical energy.
2. If resistance is formed within a circuit, then the current becomes weak.
3. A Direct current needs a powerful voltage in order to move the electrons away and towards the battery.
4. The faster the generator moves, the faster the armature moves thus increasing the ampere.
5. Insulators prevents the passage of electrons within them while conductors allow it.
1). The three subatomic particles of an atom are electrons, neutrons, and protons. The neutrons and protons are located in the nucleus( center of atom ) while electrons surround the nucleus.
2). Westing House provided Tesla with company stock options.
3). Within a DC system, the electrons move in a complete circle to and from their destination. In an AC system, the electrons diverse its direction multiple times thus allowing the electrons to move more efficiently towards it destination. The reason why Edison's system was inefficient is because the electrons could only move 1 mile before needing another power generator.

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Sentences

1. "The motor used electrical currents in order to generate power, the motor works by using magnets that gain more power with electricity" said tom the motor obsessed guy that stands on the corner.
Tesla Motor
2.  There was resistance when the current ran through the circuit and was barely able to bring power to the motor.
3. The voltage of the battery had to be very high in order to run through the tangle of direct current  power lines. Direct current Power Lines
4. The armature generator created enough amperes to run their entire house for a year or more!
5. The human became a conductor letting the electrons pass through them, when they took of their rubber gloves that were used as insulators to protect them.
Questions
1. The three subatomic particles are protons neutrons and electrons. Protons and neutrons are located in the nucleus and electrons are found on the shells orbital.
2. The Westinghouse company provided Tesla with stock.
3. Tesla's AC system had currents flowing back and forth where as Edison's DC system only had power going in one direction.

# data[].attributes.body
1)The man created a electric current so he could have his motor running for the generator, for his power had just been shut down.1)The man created a electric current so he could have his motor running for the generator, for his power had just been shut down.

a MOOT0R
2) The electrical charged showed resistance to go down the electrical wire because there was a break in the connection around the circuit. 3) A battery had direct current, developed by Edison, and holds a certain voltage; if it runs out, the battery will not be able to send eletricity to the4)The mad scientist measured his aperture and how many amperes shot up into the air like lightening, creating a generator strong enough to electrocute the world.
5)Metals conduct electricity when the electrons passes from one another inside the material, rather, insulators, such as non metals stop the electricity path.

1) The three parts of an atom are the electrons, protons, and neutrons. The protons and neutrons are located in the nucleus, while the electrons are on the outer side.2 ) Westinghouse gave him opportunity for stock options.
3) Teslas system could travel much farther differences and is considered more dangerous.