Periodic table
Atoms
Ionic bonding
Covalent bonding
Types of energy
100

This noble gas element has a atomic number of 2 and an atomic mass of 4.003.

Helium

100

This negatively charged particle of an atom floats around in the energy levels

Electron

100

This is the reason why ionic bonds are held together.

Positive and negative charges attract

100

This force holds covalent bonds together 

Attraction of particles sharing electrons 

100

A rubber band stretching is an example of this energy

Elastic

200

This non-metal element has a atomic number of 6 and a atomic mass of 12.01.

Carbon

200

This positivly charged particle of an atom is located in the nucleus

Proton

200

The electrons in an ionic bond are what?

Transferred

200

Both elements want to —————— electrons in a covalent bond

Gain

200

A rock is an example of this energy

Chemical

300

This metal element has a atomic number of 3 and a atomic mass of 6.941.

Lithium 

300

This neutrally charged particle of an atom is located in the nucleus of an atom

Neutron

300

These two categories are most likely to attract in an ionic bond

Metals and non-metals

300

The symbol - represents what in a covalent bond

Electrons being shared between electrons

300

A ball moving is an example of this energy

Kinetic

400

This metalloid element has a atomic number of 5 and an atomic mass of 10.81.

Boron

400

The center of an atom 

Nucleus 

400

In a Sodium and Sulfur bond, what are the new charges after the bond?

Na+2 and S-2

400

The neutral particle that forms as a result of electron sharing is called what?

A molecule

400

A ball about to drop is an example of this energy

Gravitational 

500

This noble gas element has a atomic number of 86 and an atomic mass of 222.

Radon 

500

The circles that surround the nucleus of an atom

Energy levels

500

In a Calcium and Sulfur bond, what are the new charges after the bond?

Ca+2 and S-2

500

These two type(s) of element categories are most common in covalent bonds

Non-metals and non-metals

500

A skateboarder at the top of the ramp is an example of this energy 

Potential 

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