Electricity

Front 1

Static electricity

Back 1

A stationary electric charge

Hint 1

Lightning strike

Front 2

Protons

Back 2

Positively charged particle in the nucleus in the nucleus of an atom

Hint 2

Single protons in the nucleus of a hydrogen atom

Front 3

Electron

Back 3

Invisible negatively charged particles that orbits the nucleus of an atom

Front 4

Charged Separation

Back 4

Concentration of like charges in specific areas of a neutral object , caused by the approach of a charged object

Front 5

Electrical discharge

Back 5

Sudden transfer of electrical charge from one object to another indicated by a spark

Front 6

Law of electrical charges

Back 6

Fundamental principle that energy cannot be created or destroyed

Front 7

Current electricity

Back 7

Electricity that flows continuously

Front 8

Amperes

Back 8

The unit of electrical current

Front 9

Conductors

Back 9

A material that electric charge can move through easily

Hint 9

Copper, Aluminum, Human Body

Front 10

Circuit

Back 10

Complete path that charged particles flow through

Front 11

Load

Back 11

Device in a circuit that converts electrical energy to another form of energy

Front 12

Load

Back 12

Device in a circuit that converts electrical energy to another form of energy

Front 13

Voltage

Back 13

A measurement of how much electricity energy a charged particle carries

Front 14

Load

Back 14

Device in a circuit that converts electrical energy to another form of energy

Front 15

Voltage

Back 15

A measurement of how much electricity energy a charged particle carries

Front 16

Potential difference

Back 16

Charged in the potential energy of electric charge compare to it's potential energy at a reference point such as the ground voltage

Hint 16

Electrons moving through a metal wire, a component that uses chemical reactions to supply electrical energy

Front 17

Load

Back 17

Device in a circuit that converts electrical energy to another form of energy

Front 18

Voltage

Back 18

A measurement of how much electricity energy a charged particle carries

Front 19

Potential difference

Back 19

Charged in the potential energy of electric charge compare to it's potential energy at a reference point such as the ground voltage

Hint 19

Electrons moving through a metal wire, a component that uses chemical reactions to supply electrical energy

Front 20

Volt/Voltmeter

Back 20

The unit of voltage

Front 21

Load

Back 21

Device in a circuit that converts electrical energy to another form of energy

Front 22

Voltage

Back 22

A measurement of how much electricity energy a charged particle carries

Front 23

Potential difference

Back 23

Charged in the potential energy of electric charge compare to it's potential energy at a reference point such as the ground voltage

Hint 23

Electrons moving through a metal wire, a component that uses chemical reactions to supply electrical energy

Front 24

Volt/Voltmeter

Back 24

The unit of voltage

Front 25

Short circuit

Back 25

Accidental low-resistance connection between two points in a circuit often causing excess current to flow

Front 26

Insulators

Back 26

Substance that strongly resists the flow of electricity

Hint 26

Glass, Air, plastic, rubber, and wood

Front 27

Insulators

Back 27

Substance that strongly resists the flow of electricity

Hint 27

Glass, Air, plastic, rubber, and wood

Front 28

Fuse

Back 28

Thin piece of metal that melts to break an electrical circuit when excess current flow occurs

Front 29

Circuit break

Back 29

Special wire that heats up and turns off switches when excess current flows through an electrical circuits

Front 30

Circuit break

Back 30

Special wire that heats up and turns off switches when excess current flows through an electrical circuits

Front 31

Electrochemical cells

Back 31

Package of chemicals designed to protect small amount of electricity: produces electricity from a chemical reaction

Front 32

Dry cell

Back 32

Cell that has its electrolyte in the form of a paste, usually in a sealed case; the type of cell commonly used in portable devices such as a flashlight

Front 33

Dry cell

Back 33

Cell that has its electrolyte in the form of a paste, usually in a sealed case; the type of cell commonly used in portable devices such as a flashlight

Front 34

Electrolyte

Back 34

Liquid or paste that conducts electricity because it contains ions

Front 35

Dry cell

Back 35

Cell that has its electrolyte in the form of a paste, usually in a sealed case; the type of cell commonly used in portable devices such as a flashlight

Front 36

Electrolyte

Back 36

Liquid or paste that conducts electricity because it contains ions

Front 37

Ion

Back 37

Atom that become electrically charged because it had lost or gained electrons; a positive ion is an atom that has lost one or more electrons; a negative ion is an atom that has gained one or more electrons

Front 38

Dry cell

Back 38

Cell that has its electrolyte in the form of a paste, usually in a sealed case; the type of cell commonly used in portable devices such as a flashlight

Front 39

Electrolyte

Back 39

Liquid or paste that conducts electricity because it contains ions

Front 40

Ion

Back 40

Atom that become electrically charged because it had lost or gained electrons; a positive ion is an atom that has lost one or more electrons; a negative ion is an atom that has gained one or more electrons

Front 41

Electrodes

Back 41

Conductor through which electric current enters or leaves a device or material

Front 42

Dry cell

Back 42

Cell that has its electrolyte in the form of a paste, usually in a sealed case; the type of cell commonly used in portable devices such as a flashlight

Front 43

Electrolyte

Back 43

Liquid or paste that conducts electricity because it contains ions

Front 44

Ion

Back 44

Atom that become electrically charged because it had lost or gained electrons; a positive ion is an atom that has lost one or more electrons; a negative ion is an atom that has gained one or more electrons

Front 45

Electrodes

Back 45

Conductor through which electric current enters or leaves a device or material

Front 46

Wet cells

Back 46

electrochemical primary cell having a liquid electrolyte

Front 47

Dry cell

Back 47

Cell that has its electrolyte in the form of a paste, usually in a sealed case; the type of cell commonly used in portable devices such as a flashlight

Front 48

Electrolyte

Back 48

Liquid or paste that conducts electricity because it contains ions

Front 49

Ion

Back 49

Atom that become electrically charged because it had lost or gained electrons; a positive ion is an atom that has lost one or more electrons; a negative ion is an atom that has gained one or more electrons

Front 50

Electrodes

Back 50

Conductor through which electric current enters or leaves a device or material

Front 51

Wet cells

Back 51

electrochemical primary cell having a liquid electrolyte

Front 52

Rechargeable cell

Back 52

Cell that produces electricity by means of a chemical reaction that can be reversed by using an external source to run electricity back through the cell

Front 53

Dry cell

Back 53

Cell that has its electrolyte in the form of a paste, usually in a sealed case; the type of cell commonly used in portable devices such as a flashlight

Front 54

Electrolyte

Back 54

Liquid or paste that conducts electricity because it contains ions

Front 55

Ion

Back 55

Atom that become electrically charged because it had lost or gained electrons; a positive ion is an atom that has lost one or more electrons; a negative ion is an atom that has gained one or more electrons

Front 56

Electrodes

Back 56

Conductor through which electric current enters or leaves a device or material

Front 57

Wet cells

Back 57

electrochemical primary cell having a liquid electrolyte

Front 58

Rechargeable cell

Back 58

Cell that produces electricity by means of a chemical reaction that can be reversed by using an external source to run electricity back through the cell

Front 59

Secondary cells

Back 59

Rechargeable cell

Front 60

Dry cell

Back 60

Cell that has its electrolyte in the form of a paste, usually in a sealed case; the type of cell commonly used in portable devices such as a flashlight

Front 61

Electrolyte

Back 61

Liquid or paste that conducts electricity because it contains ions

Front 62

Ion

Back 62

Atom that become electrically charged because it had lost or gained electrons; a positive ion is an atom that has lost one or more electrons; a negative ion is an atom that has gained one or more electrons

Front 63

Electrodes

Back 63

Conductor through which electric current enters or leaves a device or material

Front 64

Wet cells

Back 64

electrochemical primary cell having a liquid electrolyte

Front 65

Rechargeable cell

Back 65

Cell that produces electricity by means of a chemical reaction that can be reversed by using an external source to run electricity back through the cell

Front 66

Secondary cells

Back 66

Rechargeable cell

Front 67

Battery

Back 67

Set of cells connected together

Front 68

Dry cell

Back 68

Cell that has its electrolyte in the form of a paste, usually in a sealed case; the type of cell commonly used in portable devices such as a flashlight

Front 69

Electrolyte

Back 69

Liquid or paste that conducts electricity because it contains ions

Front 70

Ion

Back 70

Atom that become electrically charged because it had lost or gained electrons; a positive ion is an atom that has lost one or more electrons; a negative ion is an atom that has gained one or more electrons

Front 71

Electrodes

Back 71

Conductor through which electric current enters or leaves a device or material

Front 72

Wet cells

Back 72

electrochemical primary cell having a liquid electrolyte

Front 73

Rechargeable cell

Back 73

Cell that produces electricity by means of a chemical reaction that can be reversed by using an external source to run electricity back through the cell

Front 74

Secondary cells

Back 74

Rechargeable cell

Front 75

Battery

Back 75

Set of cells connected together