Show:
Let's get Mass-ty
Bohring Orbitals
Let's get Physical (& Chemical)
I tell bad jokes Periodically
Let there be Photons
100
This is the law that states that matter is not created or destroyed during chemical reactions
What is the law of conservation of mass
100
This is the number of electrons that can fit in one orbital
What is two electrons
100
These type of properties can be measure without rearranging the atoms of an object (i.e. smell, color, density, etc.)
What is physical properties
100
These elements are found in the last column (group) and are often found in a stable gas state. (Hopefully my bad jokes argon)
What are the noble gases
100
This is the spectrum of light waves humans can see
What is the visible light spectrum
200
These neutrally charged particles can vary for different atoms in an element. We can find them using the mass number of an atom.
What are the neutrons
200
These are the four different types of orbitals
What is the s,p,d, and f orbitals
200
These properties can only be measure by doing reactions with your element
What is chemical properties
200
These very reactive elements are found in the second to last column (group). They include fluorine, bromine, and chlorine.
What are the halogens
200
The amount of times a waves go up and down per second is called its frequency, and is measure in this unit.
What are Hertz
300
This is the average weight of all the atoms of a given element in the world. It is written under each chemical symbol in most periodic tables
What is the atomic mass
300
This is number of s orbitals + p orbitals + the number of d orbitals allowed in each energy level (or shell)
What is 9 total orbitals (s=1,p=3,d=5)
300
Solubility and magnetism are examples of this property
What is physical property
300
These "metals" in the first column (group) react very strongly with water
What are the alkali metals
300
These lengthy waves with very low frequencies are used for AM and FM station and for MRI machines.
What are radiowaves
400
A proton and neutron both weigh one of these, they are the unit used on the periodic tables.
What is atomic mass units
400
This is when there are unpaired electrons in orbitals that causes metals to be attracted to magnetic fields
What is paramagnetism
400
Hydrogen molecules (H2) reacting with Oxygen molecules (O2) to make the compound known as water is an example of this type of change
What is chemical change
400
These elements in the second column (group) contain well-known elements like magnesium and calcium.
What are the alkali-earth metals
400
These are the highest energy waves and can cause severe sickness to unshielded humans.
What gamma rays (also would accept cosmic rays)
500
These are atoms of the same element with different amounts of neutrons
What are isotopes
500
This rule states that the two electrons within an orbital are different, having different "spins"
What is the Pauli exclusion principle
500
This is the scientist whose atomic theory proposed that chemical reactions involved the rearrangement of atoms
Who is Dalton
500
These unstable elements have electrons in the f-orbitals, and are often very reactive
What are the Lanthanides and Actinides
500
This is the color in the visible light spectrum with the lowest amount of energy
What is red