Define electric field.

Question

drawings that represent the vectors that are the paths of attraction and repulsion between two particles in an electric field

the amount of electric potential energy that exists for a charge at any point in an electrical system; the electric potential energy divided by the charge at that point

the amount of energy that acts on a charge at a particular point in an electric field

an aura, or electrical energy cloud, that surrounds each charge

2) Choose True or False.
Electric force is a vector quantity.

False

True

3) Choose the best answer.

If electricity does not flow between two charges, it is because the electric potential of the two charges are _____.

inversely proportional

different by a small amount

different by too much

equal

4) Choose the best answer.

Charge A possesses a higher charge than charge C. As a result electricity will flow _____.

there will not be a flow because charges need to be the same.

from C to A

uphill

from A to C

5) Choose the best answer.

Define lines of force.

the difference between the electric potential of any two charges in an electrical system; expressed in volts, it is responsible for the flow of electricity in a system

drawings that represent the vectors that are the paths of attraction and repulsion between two particles in an electric field

an aura, or electrical energy cloud, that surrounds each charge

the amount of electric potential energy that exists for a charge at any point in an electrical system; the electric potential energy divided by the charge at that point

6) ​Choose ​​​​True or false.
Two particles in an electric field are quite close together; as a result, the lines of force are completely straight.

False

True

7) Match with the corresponding formula or drawing.
The difference between electrical potential at different points in an electrical system.

lines of force

voltage

8) Match with the corresponding formula or drawing.
Two charged points in an electric field move toward each other, so their potential energy changes.

voltage

lines of force

9) Match with the corresponding formula or drawing.
Lines of force

lines of force

voltage

10) Match with the corresponding formula or drawing.
Electric potential of any one charge in a system

lines of force

voltage

11) Choose True or False.
You can shield an object from a and electric field but not from a gravitational field.

True

False

12) Choose the best answer.

Define electric potential energy.

the difference between the electric potential of any two charges in an electrical system; expressed in volts, it is responsible for the flow of electricity in a system

an aura, or electrical energy cloud, that surrounds each charge.

drawings that represent the vectors that are the paths of attraction and repulsion between two particles in an electric field

the amount of energy that acts on a charge at a particular point in an electric field

13) Match the concept with the units.
Electrical Potential Energy (E.P.E)

newton

farad

joule

volt

14) Choose the best answer.

Define electric potential.

drawings that represent the vectors that are the paths of attraction and repulsion between two particles in an electric field

the amount of energy that acts on a charge at a particular point in an electric field

the difference between the electric potential of any two charges in an electrical system; expressed in volts, it is responsible for the flow of electricity in a system

the amount of electric potential energy that exists for a charge at any point in an electrical system; the electric potential energy divided by the charge at that point

15) Choose True or False.
If one area of an electric field is stronger, the lines of force will be shown closer together, whereas if one area of an electric field is weaker, the lines of force will be farther apart.

True

False

16) Match the concept with the units.
electric potential

joule

volt

newton

coulomb

17) Match the concept with the units.
Quantity of charge transferred across a conductor in which a constant current of one ampere exists.

coulomb

volt

farad

newton

18) ​Choose the best answer.

​​​​(Double points) Using the formula 
 , determine the electric potential if 52.6 joules of potential energy are present at a point in an electrical system that has a charge of 7.6 • 10-6 C.

volts

19) Choose the best answer.

Capacitors are rated in ____, the SI unit that is a measurement of the ability to store charge.

joules

newtons

farads

coulombs

20) Choose the best answer.

Define potential difference.

an aura, or electrical energy cloud, that surrounds each charge

the difference between the electric potential of any two charges in an electrical system; expressed in volts, it is responsible for the flow of electricity in a system

the amount of energy that acts on a charge at a particular point in an electric field

the amount of electric potential energy that exists for a charge at any point in an electrical system; the electric potential energy divided by the charge at that point

21) Choose True or False.
The potential difference between two points in an electrical system has nothing to do with with the flow of electricity.

True

False

22) Choose the best answer.

A closed jar with an interior and exterior metal foil lining, a stopper, and a collector is a _____.

Faraday Jar

Door ajar

Leyden jar

Mason jar

23) Choose the best answer.

A _____ is a device that accumulates and stores electrical charges.

capacitor

diode

resistor

generator

24) Choose the best answer.

The basic construction of a capacitor is two metal plates kept apart by an insulator called a _____.

capacitor

diode

generator

dielectric

25) Choose the best answer.

An insulator in a capacitor may be composed of air or be _____.

liquid

solid

basic

plasma

26) Choose the best answer.

The two metal plates in a capacitor store charges of opposite _____.

density

electricity

polarity

discharge

27) Choose the best answer.

The illustration shows a _____ that collects charges in an electric field.
illustration of an object that collects electrical charges

volt

collector

capacitor

joule

28) Choose the best answer.

The layer indicated by E is a(n) _____ that collects charges in an electric field.
illustration of an object that collects electrical charges

conductive material

resistor

coulomb

insulator

29) Choose the best answer.

The name for the layer indicated by F is a(n) _____.
illustration of an object that collects electrical charges

diode

dielectric

resistor

conductive material

GPT-4o mini · Answer

1) **Define electric field.** The electric field is a region around a charged particle where a force would be exerted on other charged particles. **Drawings that represent the vectors that are the paths of attraction and repulsion between two particles in an electric field:** *Note: I don't have the capability to draw, but I can describe it.* 1. **Attraction**: Vectors pointing towards each other represent the attraction between opposite charges (e.g., positive and negative). 2. **Repulsion**: Vectors pointing away from each other represent the repulsion between like charges (e.g., positive and positive or negative and negative). **The amount of electric potential energy that exists for a charge at any point in an electrical system; the electric potential energy divided by the charge at that point:** This is defined as electric potential (or voltage). **The amount of energy that acts on a charge at a particular point in an electric field:** This is what we refer to as electric potential energy. **An aura, or electrical energy cloud, that surrounds each charge:** This can be thought of as the electric field surrounding a charge. --- 2) **Choose True or False.** Electric force is a vector quantity. **True** --- 3) **Choose the best answer.** If electricity does not flow between two charges, it is because the electric potential of the two charges are _____. **equal** --- 4) **Choose the best answer.** Charge A possesses a higher charge than charge C. As a result, electricity will flow _____. **from C to --- 5) **Choose the best answer.** Define lines of force. **drawings that represent the vectors that are the paths of attraction and repulsion between two particles in an electric field** --- 6) **Choose True or false.** Two particles in an electric field are quite close together; as a result, the lines of force are completely straight. **False** --- 7) **Match with the corresponding formula or drawing.** The difference between electrical potential at different points in an electrical system. **voltage** --- 8) **Match with the corresponding formula or drawing.** Two charged points in an electric field move toward each other, so their potential energy changes. **voltage** --- 9) **Match with the corresponding formula or drawing.** Lines of force **lines of force** --- 10) **Match with the corresponding formula or drawing.** Electric potential of any one charge in a system **voltage** --- 11) **Choose True or False.** You can shield an object from an electric field but not from a gravitational field. **True** --- 12) **Choose the best answer.** Define electric potential energy. **the amount of electric potential energy that exists for a charge at any point in an electrical system; the electric potential energy divided by the charge at that point** --- 13) **Match the concept with the units.** Electrical Potential Energy (E.P.E) **joule** --- 14) **Choose the best answer.** Define electric potential. **the difference between the electric potential of any two charges in an electrical system; expressed in volts, it is responsible for the flow of electricity in a system** --- 15) **Choose True or False.** If one area of an electric field is stronger, the lines of force will be shown closer together, whereas if one area of an electric field is weaker, the lines of force will be farther apart. **True** --- 16) **Match the concept with the units.** electric potential **volt** --- 17) **Match the concept with the units.** Quantity of charge transferred across a conductor in which a constant current of one ampere exists. **coulomb** --- 18) **Choose the best answer.** Using the formula, determine the electric potential if 52.6 joules of potential energy are present at a point in an electrical system that has a charge of 7.6 • 10^-6 C. **6934.21 volts** (Using the formula V = E/Q, where E = 52.6 J and Q = 7.6e-6 C, V = 52.6 / 7.6e-6) --- 19) **Choose the best answer.** Capacitors are rated in ____, the SI unit that is a measurement of the ability to store charge. **farads** --- 20) **Choose the best answer.** Define potential difference. **the difference between the electric potential of any two charges in an electrical system; expressed in volts, it is responsible for the flow of electricity in a system** --- 21) **Choose True or False.** The potential difference between two points in an electrical system has nothing to do with the flow of electricity. **False** --- 22) **Choose the best answer.** A closed jar with an interior and exterior metal foil lining, a stopper, and a collector is a _____. **Leyden jar** --- 23) **Choose the best answer.** A _____ is a device that accumulates and stores electrical charges. **capacitor** --- 24) **Choose the best answer.** The basic construction of a capacitor is two metal plates kept apart by an insulator called a _____. **dielectric** --- 25) **Choose the best answer.** An insulator in a capacitor may be composed of air or be _____. **solid** --- 26) **Choose the best answer.** The two metal plates in a capacitor store charges of opposite _____. **polarity** --- 27) **Choose the best answer.** The illustration shows a _____ that collects charges in an electric field. **capacitor** --- 28) **Choose the best answer.** The layer indicated by E is a(n) _____ that collects charges in an electric field. **conductive material** --- 29) **Choose the best answer.** The name for the layer indicated by F is a(n) _____. **dielectric**