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Greatest Hits of the Periodic Table Super Quiz 1st period

Total questions: 100

Worksheet time: 23hrs 28mins

Name
Class
Date
1.

Elements in the periodic in order of abundance and _________ (choose two answers)

a)

oxidation states

b)

atomic number

c)

atomic weight

d)

Mendeleev's whims

2.

Alkali metals when mixed with water are ________ reactive

a)

non- reactive

b)

slightly reactive

c)

highly reactive

3.

The symbol for Tin

a)

Ti

b)

Pb

c)

Au

d)

Sn

4.

The symbol for for Silver

a)

Si

b)

Sb

c)

Hg

d)

Ag

5.

This _________ metal has an atomic weight of 197 and it's symbol is______. It's name is _________

a)

Metaloid , Ag , Gold

b)

Halogen, Au, Silver

c)

Transition, Au, Tin

d)

Transition ,Au, Gold

6.

A physical property that Gold has in common with Lithium is _____________

a)

reactivity with water

b)

malleability

c)

hardness

d)

dullness when exposed to air

7.

All of the Halogens are gases or solid at STP(Standard Temperature and Pressure) except

a)

Bromine

b)

Iodine

c)

Fluorine

d)

Chlorine

8.

This compound does not oxidize on planet earth , but Superman's home planet it does. It is very toxic to Superman.

a)

Xenonite

b)

Radonite

c)

Argonite

d)

Kryptonite

9.

This element has an atomic number of 80 and an atomic weight of _______. It's name and symbol is_______.

a)

200.6,Mercury, Hg

b)

200.6 , Mercury ,Me

c)

272, Os , Osmium

d)

211.2 Mercury, Hg

10.

This dark element easily oxidizes with water and its compound has an orange color. It's atomic number, symbol, atomic weight and name is __________

a)

48 ,Fe, 55.85, Iron

b)

26, Fe, 59.6, Iron

c)

26, Fe, 55.85 Ferrous

d)

26, 55.85, Iron

11.

This element has a As and its name is _____. It has oxidation states of + or - _____ .

a)

Arsenic, 1,3,5

b)

Astatine, 3,5

c)

Arsenic, 3,5

d)

Aluminum, 3,7

12.

Which one is correct?

a)

Ne, Neon Oxidation states of + or - 4,7

b)

Argon, Ar, Oxidation states of + or - 2,3

c)

Rn, Radon

d)

He, Helium, Oxidation states of + or - 4,7

13.

atomic number

a)

gas at room temperature, low boiling point

b)

number or protons and neutrons

c)

a subatomic particle that has a negative charge

d)

the number of protons in the nucleus of an atom

14.

period (chemical definition)

a)

Elements that occur in vertical columns on the periodic table.

b)

A horizontal row of elements in the periodic table

c)

Found in group two of the periodic table; highly reactive

d)

A punctuation mark used to end a sentence

15.

found in group one of the periodic table; highly reactive

a)

Non-metals

b)

Alkali Metals

c)

Transition Metals

d)

Metalloids (semi-metals)

16.

neutron

a)

A subatomic particle that has a positive charge and that is found in the nucleus of an atom

b)

not able to conduct heat or electricity, little to no metallic luster

c)

A subatomic particle that has a negative charge

d)

A particle in the nucleus of the atom, with no electrical charge

17.

Elements not able to conduct heat or electricity, little or no metallic luster

a)

Non-metals

b)

atomic mass

c)

noble gases

d)

Neutron

18.

Halogens (Group 17)

a)

liquid at room temperature, low boiling point

b)

most reactive nonmetals

c)

The electrons in the outermost shell (main energy level) of an atom; these are the electrons involved in forming bonds

d)

Number of protons and neutrons

19.

Elements that occur in vertical columns on the periodic table.

a)

Neutron

b)

groups

c)

Proton

d)

Gonzalium

20.

When electrons pass through these elements photons ( light) emerges

a)

halogens

b)

transition metals

c)

noble gases

d)

metalloids

21.

metalloids (semimetals)

a)

an element that has both metallic and nonmetallic properties

b)

Elements that occur in vertical columns on the periodic table.

c)

not able to conduct heat or electricity, little to no metallic luster

d)

found in group one of the periodic table, highly reactive

22.

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.

a)

halogens

b)

Transition Metals

c)

Lathanides

d)

Metaloids

23.

The process of star energy and energy from super-nova star explosions that create the elements through joining of atomic nuclei particles

a)

distillation

b)

sublimation

c)

fusion

d)

fission

24.

An extremely deadly radioactive chemical change process where atomic nuclei are split forming new unstable radioactive elements or isotopes.

a)

fusion

b)

fission

c)

distillation

d)

filtration

25.

Most life as we know it is composed of organic molecules. Organic molecules are composed of 4 main elements that belong to the _________________

a)

Transition metals

b)

Noble gases

c)

Non-Metals

d)

Alkali metals

26.

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

a)

fluorine

b)

carbon

c)

oxygen

d)

boron

27.

This element has an atomic mass of 1.008 and is the ______ abundant in our known universe.

a)

Sc, Scandium most

b)

Pu, Plutonium least

c)

H, Hydrogen, least

d)

H, Hydrogen most

28.

This element element is a transition metal that may be used to make alloy with steel. This _____________ alloy makes steel stronger.

a)

Atomic number 20 Calcium

b)

Atomic number 84 Vanadium

c)

Atomic number 23 Vanadium

d)

Atomic number 29 Calcium

29.

________ is a Transition metal with an atomic mass of 65.39 It combines covalently with oxygen to form a healing compound ________

a)

Zinc Zn, Zinc Oxide

b)

Nitrogen N, Nitrogen oxide

c)

Tungsten, W Tungsten oxide

d)

Iridium , Iridium oxide

30.

An elemental electron that is likely to join or share with another elements is a (an) _____________.

a)

haufonic

b)

ionic electron

c)

pro-tonic electron

d)

valence electron

31.

New substances (compounds) form from elements when_______ electrons share or join other elements

a)

proto-electrons

b)

valence

c)

proton

d)

neutron

32.

This non-classified or "other metal" is found in the ___ period. It is useful in cosmetics. It's atomic mass is 209.0

a)

5th period Cu, Copper

b)

4th period Cu, Copper

c)

7th period Bi Bismuth

d)

6th period Bi Bismuth

33.

Tantalum ___ period ____ Atomic Number ___ Atomic Mass___ Classified ___

a)

3rd, 16, 134.8 Halogen

b)

5th ,37, 85.47, Alkali metal

c)

6th, 73, 180.9, Transition metal

34.

Group 1 4th period Atomic mass 39.10 Atomic # __

a)

Na , Sodium, 12

b)

Mg, Magnesium 12

c)

K, Potassium, 19

35.

Group 1 2nd period Atomic mass 6.941 Atomic # 3

a)

H, Hydrogen

b)

Os, Osmium

c)

Sn, Tin

d)

Li, Lithium

36.

This element is one of four most found in organic compounds. Atomic mass 12.01

a)

N, Nitrogen

b)

O, Oxygen

c)

H, Hydrogen

d)

C, Carbon

37.

This element is one of four most found in organic compounds. Atomic mass 16.0 Atomic # __

a)

Carbon, C 45

b)

O, Oxygen 8

c)

N, Nitrogen 18

d)

H, Hydrogen 1

38.

Group 13 period 6

a)

Tl Thallium

b)

In Indium

c)

Al Aluminum

d)

Zn , Zinc

39.

Group IIB period 6

a)

Cd Cadmium

b)

In Indium

c)

Ge Geranium

d)

Hg, Mercury

40.

Group 18 period 5

a)

Kr Krypton

b)

Br Bromine

c)

Xe Xenon

d)

Rn Radon

41.

Group IIIA period 3

a)

Al Aluminum

b)

Mg Magnesium

c)

Si Silicon

d)

P Phosphorous

42.

Period 1 Group 18

a)

H Hydrogen

b)

Be Beryllium

c)

HE Helium

d)

He Helium

43.

Group 17 period 3

a)

S Sulfur

b)

Cl Chlorine

c)

I, Iodine

d)

At Astatine

44.

Period 7 Group 3

a)

Ra Radium

b)

La Lanthanum

c)

AC Actinium

d)

Ac Actinium

45.

Period 5 Group 2

a)

SR Strontium

b)

Ni Nickel

c)

Sr Strontium

d)

K Potassium

46.

Period 4 group 11

a)

Au Gold

b)

Ag Silver

c)

Cu Copper

d)

Pd Palladium

47.

Group 15 period 5

a)

Sb Tin

b)

SB Antimony

c)

Sb Antimony

d)

Cr Chromium

48.

Period 5 Group 14

a)

In Indium

b)

Rh Rhodium

c)

Ru Ruthenium

d)

Sn Tin

49.

Group 11 Period 6

a)

Tl Thallium

b)

Ag Silver

c)

Au Gold

d)

Fe Iron

50.

Group 3 Period 5

a)

Y Yttrium

b)

Zr Zirconium

c)

Hf Haufnium

d)

Hf Hafnium

51.

Group 4 Period 5

a)

Mn Manganese

b)

Zr Zirconium

c)

Ti Titanium

d)

TI Titanium

52.

Group 16 Period 5

a)

Te Tellurium

b)

Po Polonium

c)

As Astatine

d)

I Iodine

53.

Period 5 Halogen

a)

I Iodine

b)

Br Bromine

c)

Cl Chlorine

d)

Se Selenium

54.

The Alkali metals,and Alkali Earth Metals besides are also grouped from

a)

most reactive to least reactive

b)

least reactive to most reactive

55.

Group 6 period 6

a)

Am Americium

b)

W Tungsten

c)

Sg Seaborgium

d)

Er Erbium

56.

Element 71 on the Periodic Table

a)

Lr Lawrencium

b)

Rn Radon

c)

Lutetium

d)

Gonzalium

57.

The next element after Atomic number 89 is _________

a)

U Uranium

b)

Pu Plutonium

c)

Ce Cesium

d)

Th Thorium

58.

Period 4 Group 13

a)

GA Gallium

b)

In Indium

c)

Ge Germanium

d)

Ga Gallium

59.

The common letter pattern on element symbols

a)

Two Uppercase Letters

b)

A lower case next to an Uppercase letter

c)

An Uppercase letter next to a lowercase letter

d)

Any two letter combination is correct

60.

Period 3 Group 13

a)

Mo Molybdenum

b)

Al Aluminum

c)

B Boron

d)

Si Silicon

61.

Cesium is a

a)

Alkali Metal

b)

Transition Metal

c)

Lanthanide

d)

non radioactive

62.

Is is safe to be around any element with an atomic number greater then 83.

a)

Yes these Rare Earth elements are harmless

b)

No These Rare Earth elements are toxic liquid poisons and should not be ingested.

c)

Elements with atomic numbers greater than 83 are highly STABLE and radioactive and deadly

d)

Elements with atomic numbers greater than 83 are highly UNSTABLE and radioactive and deadly

63.

Period 6 group 7

a)

Os Osnium

b)

Bh Bohrium

c)

Re Rhenium

d)

Tc Technium

64.

Period 4 Group 5

a)

Mn Manganese

b)

V Vanadium

c)

Ni Nickel

d)

Sc Scandium

65.

Period 4 Group 7

a)

Mo Molybdenum

b)

Mn Manganese

c)

Nb Niobium

66.

Period 3 Group 16

a)

S Sulfur

b)

Se Selenium

c)

P Phosphorous

d)

O Oxygen

67.

Period 4 Group 16

a)

Se Selenium

b)

As Astatine

c)

Cl Chlorine

d)

Ru Ruthenium

68.

Period 4 Group 10

a)

Ag Silver

b)

Hg Mercury

c)

Ni Nickel

d)

Cd Cadmium

69.

Period 2 Group 2

a)

Li Lithium

b)

B Boron

c)

Be Beryllium

d)

K Potassium

70.

Period 5 group 13

a)

Cd Cadmium

b)

In Indium

71.

Period 6 Group 10

a)

Pt Platinum

b)

Au Gold

72.

Period 5 Group 4

a)

Y Ytterbium

b)

Ti Titanium

c)

Zr Zirconium

d)

Co Cobalt

73.

Period 4 group 9

a)

Ca Calcium

b)

Pb Lead

c)

Ta Tantalum

d)

Co, Cobalt

74.

Period 3 Group 2

a)

Mo Molybdenum

b)

Mn Manganese

c)

Ni Nickel

d)

Mg Magnesium

75.

Period 5 Group 17

a)

P Phosphorous

b)

I Iodine

c)

Pb Lead

76.

Period 4 Group 9

a)

Fe Iron

b)

Co Cobalt

c)

Ac Actinium

77.

Period 3 Group 18

a)

Ar Argon

b)

Xe Xenon

c)

Ne Neon

d)

Cl Chlorine

78.

Period 3 Group 17

a)

He Helium

b)

Ho Holmium

c)

F Fluorine

d)

Cl Chlorine

79.

Period 2 Group 17

a)

Ne Neon

b)

F Fluorine

c)

Cl Chlorine

d)

Br Bromine

80.

Period 5 Group 15

a)

Sb Antimony

b)

Se Selenium

c)

Cn Copernicium

81.

Period 7 Group 2

a)

Ba Barium

b)

Ra Radium

c)

Fr Francium

82.

Group 1 Period 7 and the most reactive element on the periodic table

a)

Francium

b)

Englium

c)

Usanuim

d)

Swedium

83.

The most reactive element on the periodic table

a)

He Helium

b)

O Oxygen

c)

Fr Francium

d)

H Hydrogen

84.

Period 5 Group 12

a)

Cd Cadmium

b)

Palladium

c)

Niobium

d)

In Indium

85.

When chemicals share their valence electron they ___________

a)

form Ionic bonds

b)

form covalent bonds

c)

cobalt bonds

d)

hydrogen bombs

86.

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.

a)

Ionic bond

b)

Covalent bond

c)

Hydrogen Bonds

87.

Sodium and Chlorine need to join to form a very strong bond to become noble like Argon

a)

Sodium will share an electron with Chlorine covalent bond

b)

Sodium will give an electron to Chlorine Ionic bond

c)

Chlorine will share an electron with Chlorine

d)

Chlorine will give an electron to sodium Ionic Bond

88.

An element is stable when it's outer shell is filled

a)

6 electrons

b)

12 electrons

c)

8 electrons

d)

9 electrons

89.

The tendency form elements to join to form stable substances ( compounds) by filling shared outer shells with 8 electrons is called

a)

Newtons law

b)

the Octet rule

c)

Avogadro's number

d)

Atomic mass unit

90.

Nitrogen composes approximately ____ % of Earth's Atmosphere

a)

20

b)

16

c)

78

d)

90

91.

Helium composes approximately ____ % of Earth's Atmosphere

a)

1

b)

0.934

c)

0.00052

d)

4

92.

Carbon dioxide composes approximately ____ % of Earth's Atmosphere

a)

0.0314

b)

0.0002

c)

4

d)

8

93.

Oxygen composes approximately ____ % of Earth's Atmosphere

a)

15

b)

18

c)

23

d)

21

94.

Hydrogen composes approximately ____ % of Earth's Atmosphere

a)

0.05

b)

0.0005

c)

0.0000005

d)

0.00005

95.

59 degrees Fahrenheit is equivalent to ___ Celsius

a)

5

b)

15

c)

25

d)

32

96.

Water's Freezing point at STP is 32 degrees Fahrenheit what is the equivalent Celsius Temperature

a)

0

b)

13

c)

25 or 6 to 4

d)

Who cares its cold outside

97.

Ag tarnishes because it reacts with ______ in the Air

a)

Nitrogen

b)

Sodium

c)

Oxygen

d)

Barium

98.

Fe reacts with water to form a _______ colored compound

a)

black

b)

green

c)

orange

d)

purple

99.

A highly toxic liquid metal that is moving up the human food chain through fish

a)

Br

b)

Ga

c)

Hg

100.

A weak covalent bond unique to water molecules

a)

Barry Bond

b)

covalent bond

c)

hydrogen bond

d)

ionic bond