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1. Large power plants in the united states use ____________________ generators.
2. Like charges _______ and opposite charges ________.
3. A complete path through which charge can flow is an electric________.
4. To calculate power, multiply voltage measured in ________ by _________ measured in amps.
5. The magnetic field lines of a bar magnet begin near the magnets ________
6. A charged particle moving in a magnetic field will be deflected in a direction _______ to a magnetic field.
7. In a solenoid, there will be no magnetic field if there is no ________ in the wires of the coil.

Respuesta :

The best and most correct answers to the following questions are:;

1. Large power plants in the united states use coal-powered generators.

2. Like charges repel and opposite charges attract.

3. A complete path through which charge can flow is an electric circuit

4. To calculate power, multiply voltage measured in volts by current measured in amps.

5. The magnetic field lines of a bar magnet begin near the magnets poles.

6. A charged particle moving in a magnetic field will be deflected in a direction perpendicular to a magnetic field.

7. In a solenoid, there will be no magnetic field if there is no current in the wires of the coil.

I hope my answer has come to your help. God bless and have a nice day ahead!

1. The right answer is AC (alternative current) generators.

AC current (which can be abbreviated as AC) is a periodic electrical current that changes direction twice per period and carries alternating amounts of electricity in one direction and the other1. An alternating current therefore has a continuous component (average value) zero.


2. The right answer is Repel, and attract.

The nucleus of an atom is an assembly of protons and neutrons concentrated in a very small volume and subjected to two different forces: the nuclear force and the electric force.

The electric force only acts on charged particles, attracting those which are of opposite signs and repelling those of the same sign. This "long" distance force allows the negatively charged electrons to be retained around the positively charged nucleus.


3. The right answer is electric circuit

An electrical circuit in the material sense is a simple or complex set of electrical or electronic components, including simple conductors, traversed by an electric current.

In the sense of circuit theory, an electrical circuit is an abstraction of material configurations, an arrangement of elements defined by mathematical relations, connected by ideal conductors.


4. The right answer is Volts and current.

Volt (V) is the unit of measurement of the electrical voltage in a circuit between a point A and a point B, obtained with a device called a voltmeter. It is to Alessandro Volta, Italian physicist and inventor of the electric battery, that we owe this name.

The ampere (A) is the unit of measurement of the intensity of an electric current, that is to say the flow of electrons in a conductor. André-Marie Ampère, the inventor of the electromagnet, gave his name to this unit.


5. The right answer is north pole.

The magnetic North Pole of the Earth is a unique wandering point on the surface where the Earth's magnetic field is pointing down. That is, the "dip"  is 90 °. The needle of a compass points approximately towards this place (more or less approximately according to the place where one is, exactly the compass is tangent to the line of field).


6. The right answer is perpendicular.

In a cyclotron, the magnetic field is applied perpendicularly in an empty disk-shaped chamber, which contains two D-shaped semicircular electrodes. The rectilinear portions of these electrodes face each other. The flow of electrons or ions crossing a perpendicular magnetic field is subjected to a forceperpendicular to the direction of movement.


7. The right answer is current

A solenoid is a device consisting of an electric wire wound regularly in a spiral so as to form a long coil. Running through a current, the solenoid produces a magnetic field in its vicinity, and more particularly inside the helix where this field is almost uniform.

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