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WorksheetsGreatest Hits of the Periodic Table Super Quiz 1st period
Total questions: 100
Worksheet time: 23hrs 28mins
Elements in the periodic in order of abundance and _________ (choose two answers)
oxidation states
atomic number
atomic weight
Mendeleev's whims
Alkali metals when mixed with water are ________ reactive
non- reactive
slightly reactive
highly reactive
The symbol for Tin
Ti
Pb
Au
Sn
The symbol for for Silver
Si
Sb
Hg
Ag
This _________ metal has an atomic weight of 197 and it's symbol is______. It's name is _________
Metaloid , Ag , Gold
Halogen, Au, Silver
Transition, Au, Tin
Transition ,Au, Gold
A physical property that Gold has in common with Lithium is _____________
reactivity with water
malleability
hardness
dullness when exposed to air
All of the Halogens are gases or solid at STP(Standard Temperature and Pressure) except
Bromine
Iodine
Fluorine
Chlorine
This compound does not oxidize on planet earth , but Superman's home planet it does. It is very toxic to Superman.
Xenonite
Radonite
Argonite
Kryptonite
This element has an atomic number of 80 and an atomic weight of _______. It's name and symbol is_______.
200.6,Mercury, Hg
200.6 , Mercury ,Me
272, Os , Osmium
211.2 Mercury, Hg
This dark element easily oxidizes with water and its compound has an orange color. It's atomic number, symbol, atomic weight and name is __________
48 ,Fe, 55.85, Iron
26, Fe, 59.6, Iron
26, Fe, 55.85 Ferrous
26, 55.85, Iron
This element has a As and its name is _____. It has oxidation states of + or - _____ .
Arsenic, 1,3,5
Astatine, 3,5
Arsenic, 3,5
Aluminum, 3,7
Which one is correct?
Ne, Neon Oxidation states of + or - 4,7
Argon, Ar, Oxidation states of + or - 2,3
Rn, Radon
He, Helium, Oxidation states of + or - 4,7
atomic number
gas at room temperature, low boiling point
number or protons and neutrons
a subatomic particle that has a negative charge
the number of protons in the nucleus of an atom
period (chemical definition)
Elements that occur in vertical columns on the periodic table.
A horizontal row of elements in the periodic table
Found in group two of the periodic table; highly reactive
A punctuation mark used to end a sentence
found in group one of the periodic table; highly reactive
Non-metals
Alkali Metals
Transition Metals
Metalloids (semi-metals)
neutron
A subatomic particle that has a positive charge and that is found in the nucleus of an atom
not able to conduct heat or electricity, little to no metallic luster
A subatomic particle that has a negative charge
A particle in the nucleus of the atom, with no electrical charge
Elements not able to conduct heat or electricity, little or no metallic luster
Non-metals
atomic mass
noble gases
Neutron
Halogens (Group 17)
liquid at room temperature, low boiling point
most reactive nonmetals
The electrons in the outermost shell (main energy level) of an atom; these are the electrons involved in forming bonds
Number of protons and neutrons
Elements that occur in vertical columns on the periodic table.
Neutron
groups
Proton
Gonzalium
When electrons pass through these elements photons ( light) emerges
halogens
transition metals
noble gases
metalloids
metalloids (semimetals)
an element that has both metallic and nonmetallic properties
Elements that occur in vertical columns on the periodic table.
not able to conduct heat or electricity, little to no metallic luster
found in group one of the periodic table, highly reactive
Mostly solid elements at STP that show a tendency to change color when bonding with other elements. Three of these will attract to a magnet.
halogens
Transition Metals
Lathanides
Metaloids
The process of star energy and energy from super-nova star explosions that create the elements through joining of atomic nuclei particles
distillation
sublimation
fusion
fission
An extremely deadly radioactive chemical change process where atomic nuclei are split forming new unstable radioactive elements or isotopes.
fusion
fission
distillation
filtration
Most life as we know it is composed of organic molecules. Organic molecules are composed of 4 main elements that belong to the _________________
Transition metals
Noble gases
Non-Metals
Alkali metals
This chalky black element forms the backbone of organic compounds which are the main elements of life. Hint: It;s atomic mass is 12.01
fluorine
carbon
oxygen
boron
This element has an atomic mass of 1.008 and is the ______ abundant in our known universe.
Sc, Scandium most
Pu, Plutonium least
H, Hydrogen, least
H, Hydrogen most
This element element is a transition metal that may be used to make alloy with steel. This _____________ alloy makes steel stronger.
Atomic number 20 Calcium
Atomic number 84 Vanadium
Atomic number 23 Vanadium
Atomic number 29 Calcium
________ is a Transition metal with an atomic mass of 65.39 It combines covalently with oxygen to form a healing compound ________
Zinc Zn, Zinc Oxide
Nitrogen N, Nitrogen oxide
Tungsten, W Tungsten oxide
Iridium , Iridium oxide
An elemental electron that is likely to join or share with another elements is a (an) _____________.
haufonic
ionic electron
pro-tonic electron
valence electron
New substances (compounds) form from elements when_______ electrons share or join other elements
proto-electrons
valence
proton
neutron
This non-classified or "other metal" is found in the ___ period. It is useful in cosmetics. It's atomic mass is 209.0
5th period Cu, Copper
4th period Cu, Copper
7th period Bi Bismuth
6th period Bi Bismuth
Tantalum ___ period ____ Atomic Number ___ Atomic Mass___ Classified ___
3rd, 16, 134.8 Halogen
5th ,37, 85.47, Alkali metal
6th, 73, 180.9, Transition metal
Group 1 4th period Atomic mass 39.10 Atomic # __
Na , Sodium, 12
Mg, Magnesium 12
K, Potassium, 19
Group 1 2nd period Atomic mass 6.941 Atomic # 3
H, Hydrogen
Os, Osmium
Sn, Tin
Li, Lithium
This element is one of four most found in organic compounds. Atomic mass 12.01
N, Nitrogen
O, Oxygen
H, Hydrogen
C, Carbon
This element is one of four most found in organic compounds. Atomic mass 16.0 Atomic # __
Carbon, C 45
O, Oxygen 8
N, Nitrogen 18
H, Hydrogen 1
Group 13 period 6
Tl Thallium
In Indium
Al Aluminum
Zn , Zinc
Group IIB period 6
Cd Cadmium
In Indium
Ge Geranium
Hg, Mercury
Group 18 period 5
Kr Krypton
Br Bromine
Xe Xenon
Rn Radon
Group IIIA period 3
Al Aluminum
Mg Magnesium
Si Silicon
P Phosphorous
Period 1 Group 18
H Hydrogen
Be Beryllium
HE Helium
He Helium
Group 17 period 3
S Sulfur
Cl Chlorine
I, Iodine
At Astatine
Period 7 Group 3
Ra Radium
La Lanthanum
AC Actinium
Ac Actinium
Period 5 Group 2
SR Strontium
Ni Nickel
Sr Strontium
K Potassium
Period 4 group 11
Au Gold
Ag Silver
Cu Copper
Pd Palladium
Group 15 period 5
Sb Tin
SB Antimony
Sb Antimony
Cr Chromium
Period 5 Group 14
In Indium
Rh Rhodium
Ru Ruthenium
Sn Tin
Group 11 Period 6
Tl Thallium
Ag Silver
Au Gold
Fe Iron
Group 3 Period 5
Y Yttrium
Zr Zirconium
Hf Haufnium
Hf Hafnium
Group 4 Period 5
Mn Manganese
Zr Zirconium
Ti Titanium
TI Titanium
Group 16 Period 5
Te Tellurium
Po Polonium
As Astatine
I Iodine
Period 5 Halogen
I Iodine
Br Bromine
Cl Chlorine
Se Selenium
The Alkali metals,and Alkali Earth Metals besides are also grouped from
most reactive to least reactive
least reactive to most reactive
Group 6 period 6
Am Americium
W Tungsten
Sg Seaborgium
Er Erbium
Element 71 on the Periodic Table
Lr Lawrencium
Rn Radon
Lutetium
Gonzalium
The next element after Atomic number 89 is _________
U Uranium
Pu Plutonium
Ce Cesium
Th Thorium
Period 4 Group 13
GA Gallium
In Indium
Ge Germanium
Ga Gallium
The common letter pattern on element symbols
Two Uppercase Letters
A lower case next to an Uppercase letter
An Uppercase letter next to a lowercase letter
Any two letter combination is correct
Period 3 Group 13
Mo Molybdenum
Al Aluminum
B Boron
Si Silicon
Cesium is a
Alkali Metal
Transition Metal
Lanthanide
non radioactive
Is is safe to be around any element with an atomic number greater then 83.
Yes these Rare Earth elements are harmless
No These Rare Earth elements are toxic liquid poisons and should not be ingested.
Elements with atomic numbers greater than 83 are highly STABLE and radioactive and deadly
Elements with atomic numbers greater than 83 are highly UNSTABLE and radioactive and deadly
Period 6 group 7
Os Osnium
Bh Bohrium
Re Rhenium
Tc Technium
Period 4 Group 5
Mn Manganese
V Vanadium
Ni Nickel
Sc Scandium
Period 4 Group 7
Mo Molybdenum
Mn Manganese
Nb Niobium
Period 3 Group 16
S Sulfur
Se Selenium
P Phosphorous
O Oxygen
Period 4 Group 16
Se Selenium
As Astatine
Cl Chlorine
Ru Ruthenium
Period 4 Group 10
Ag Silver
Hg Mercury
Ni Nickel
Cd Cadmium
Period 2 Group 2
Li Lithium
B Boron
Be Beryllium
K Potassium
Period 5 group 13
Cd Cadmium
In Indium
Period 6 Group 10
Pt Platinum
Au Gold
Period 5 Group 4
Y Ytterbium
Ti Titanium
Zr Zirconium
Co Cobalt
Period 4 group 9
Ca Calcium
Pb Lead
Ta Tantalum
Co, Cobalt
Period 3 Group 2
Mo Molybdenum
Mn Manganese
Ni Nickel
Mg Magnesium
Period 5 Group 17
P Phosphorous
I Iodine
Pb Lead
Period 4 Group 9
Fe Iron
Co Cobalt
Ac Actinium
Period 3 Group 18
Ar Argon
Xe Xenon
Ne Neon
Cl Chlorine
Period 3 Group 17
He Helium
Ho Holmium
F Fluorine
Cl Chlorine
Period 2 Group 17
Ne Neon
F Fluorine
Cl Chlorine
Br Bromine
Period 5 Group 15
Sb Antimony
Se Selenium
Cn Copernicium
Period 7 Group 2
Ba Barium
Ra Radium
Fr Francium
Group 1 Period 7 and the most reactive element on the periodic table
Francium
Englium
Usanuim
Swedium
The most reactive element on the periodic table
He Helium
O Oxygen
Fr Francium
H Hydrogen
Period 5 Group 12
Cd Cadmium
Palladium
Niobium
In Indium
When chemicals share their valence electron they ___________
form Ionic bonds
form covalent bonds
cobalt bonds
hydrogen bombs
The most reactive elements give valence electrons to form a strong bond. Na gives its Valence electron to Cl to make salt. It's bond is an ________ bond.
Ionic bond
Covalent bond
Hydrogen Bonds
Sodium and Chlorine need to join to form a very strong bond to become noble like Argon
Sodium will share an electron with Chlorine covalent bond
Sodium will give an electron to Chlorine Ionic bond
Chlorine will share an electron with Chlorine
Chlorine will give an electron to sodium Ionic Bond
An element is stable when it's outer shell is filled
6 electrons
12 electrons
8 electrons
9 electrons
The tendency form elements to join to form stable substances ( compounds) by filling shared outer shells with 8 electrons is called
Newtons law
the Octet rule
Avogadro's number
Atomic mass unit
Nitrogen composes approximately ____ % of Earth's Atmosphere
20
16
78
90
Helium composes approximately ____ % of Earth's Atmosphere
1
0.934
0.00052
4
Carbon dioxide composes approximately ____ % of Earth's Atmosphere
0.0314
0.0002
4
8
Oxygen composes approximately ____ % of Earth's Atmosphere
15
18
23
21
Hydrogen composes approximately ____ % of Earth's Atmosphere
0.05
0.0005
0.0000005
0.00005
59 degrees Fahrenheit is equivalent to ___ Celsius
5
15
25
32
Water's Freezing point at STP is 32 degrees Fahrenheit what is the equivalent Celsius Temperature
0
13
25 or 6 to 4
Who cares its cold outside
Ag tarnishes because it reacts with ______ in the Air
Nitrogen
Sodium
Oxygen
Barium
Fe reacts with water to form a _______ colored compound
black
green
orange
purple
A highly toxic liquid metal that is moving up the human food chain through fish
Br
Ga
Hg
A weak covalent bond unique to water molecules
Barry Bond
covalent bond
hydrogen bond
ionic bond
