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Worksheets(Chemistry) Quarter 1 final revision G11
Total questions: 153
Worksheet time: 3hrs 37mins
Anything that has mass and takes up space
Matter
Volume
Temperature
A characteristic of a type of matter that can be observed or measured
Description
Physical Property
Investigation
Which set of properties, intensive or extensive, are based on the size of a sample?
intensive
extensive
What kind of physical property is this? Color
intensive
extensive
What kind of physical property is this? Temperature
intensive
extensive
What kind of physical property is this? Hardness
intensive
extensive
What kind of physical property is this? Density
intensive
extensive
What kind of physical property is this? Boiling Point
intensive
extensive
What kind of physical property is this? Volume
intensive
extensive
What kind of physical property is this? Melting Point
intensive
extensive
Flammability
Physical Property
Chemical Property
Density
Physical Property
Chemical Property
Reacts with water
Physical Property
Chemical Property
NaCl (salt) dissolves in water
Physical Change
Chemical Change
A 10 pound block of ice takes longer to melt than a 10 pound bag of ice cubes. What kind of property is this?
Extensive
Intensive
Both are correct
Dry ice is solid carbon dioxide, or CO2. Dry ice may be used as a cooling agent and contains two oxygen atoms bonded to a carbon atom. Dry ice is a ___________________ .
pure substance
mixture
Baking soda is the common name for sodium bicarbonate, or NaHCO3. It can be produced through chemical reactions involving carbon dioxide and sodium hydroxide.
pure substance
mixture
Cake batter is a substance that may contain flour, eggs and sugars mixed by hand or with an electric mixer. Cake batter is a ___________________ .
pure substance
mixture
Change in color is a physical change.
True
False
A physical change...
changes the physical properties of an object, but does not create a new substance.
creates a new substance and cannot be undone.
A chemical change
changes the physical properties of an object, but does not create a new substance.
creates a new substance and cannot be undone.
32 g of Oxygen completely reacts with 8 g of Hydrogen to produce _____ g Water
8
12
24
40
A pure substance shows ------------------ spot on chromatogram
0
1
2
3
What type of decay is shown here
23892U ---> 23490Th + 42He.
alpha
beta
gamma
Finish this equation
20983Bi--> _______ + 20581Tl
42He
0-1e
y
finish the equation
18173Ta --> ____ + 18174W
42He
0-1e
y

Gamma rays _________.
have no mass and no charge
have mass but no charge
have no mass but have charge
have mass and charge
Solve this equation.
85209At = ___ + 24He
83205Bi
86209Rn
81207Tl
85208At
Who arranged the known elements into horizontal rows of increasing atomic mass leaving gaps for as yet undiscovered elements?
Mendeleev
Meyer
Newlands
Moseley
Who suggested that the physical and chemical properties were related to the atomic number, rather than atomic mass?
Meyer
Mendeleev
Moseley
Newlands
Whose Periodic Table of Elements was the most accurate?
Newlands'
Mendeleev's
Meyer's
Moseley's
Who is known as the "Father of the Periodic Table" and given credit for the very first Periodic Table?
Mosely
Meyer
Mendeleev
Newlands
In the modern periodic table elements are arranged by:
atomic mass
atomic number
valence electrons
number of isotopes
Who proposed the Law of Octaves?
Lothar Meyer
Henry Moseley
John Newlands
Dmitri Mendeleev
Who was the first to arrange the elements by increasing atomic mass?
Henry Moseley
Dmitri Mendeleev
John Newlands
Antoine Lavoisier
What are the rows in the periodic table called?
Families
Groups
Periods
Orbitals
Which of following elements is a halogen?
F
Hg
Mn
Nd
The chemical and physical properties of the elements repeat themselves when arranged by increasing atomic number is called
Periodic Theory
Periodic Hypothesis
Periodic Law
Law of Octaves
Elements in the same group or family have the same number of
neutrons
valence electrons
electrons
energy levels
In Mendeleev's periodic table, elements in each column had similar
atomic masses.
properties.
atomic numbers.
symbols.
What do the horizontal rows on the periodic table tell us?
The number of orbitals
The number of valence electrons (the electrons on the outer most shell)
What does the number of proton tell us?
electrons
atomic number
atomic mass
neutrons
The order of elements in the periodic table is based on
the number of protons in the nucleus.
the electric charge of the nucleus.
the number of neutrons in the nucleus.
atomic mass.
Atoms of elements that are in the same group have the same number of
protons.
neutrons.
valence electrons.
protons and neutrons.
Which of the following elements is an alkali metal?
calcium
magnesium
mercury
sodium
In Mendeleev's periodic table, elements in each column had similar
atomic masses.
properties.
atomic numbers.
symbols.
How was Mendeleev's periodic table arranged?
by increasing atomic mass
by decreasing atomic mass
by increasing atomic number
by decreasing atomic number
Mendeleev left gaps in his periodic table because
the table was too small.
protons belonged there.
the table was too full.
no known elements fit there.
Each column of the periodic table is
an element.
a group.
an isotope.
a period.
The three main groups of elements are metals, nonmetals, and
inert gases.
alkali metals.
radioactive isotopes.
semiconductors/metalloids.
Most elements are
metals.
nonmetals.
metalloids.
semiconductors.
Elements in an elemental family have similar
atomic symbols.
atomic sizes.
atomic weights.
chemical properties.
The order of elements in the modern periodic table is based on an element's
atomic number.
name.
chemical symbol.
atomic mass.
Which statement about the alkali metals is correct?
They are located in the left-most column of the periodic table.
They are extremely nonreactive.
They are usually gases.
They form negative ions with a 1- charge.
Metals tend to be
gases.
dull.
brittle.
good conductors.
Which group is very stable due to the fact that they have a full outermost energy level?
alkali metals
halogens
alkaline-earth metals
noble gases
Which of the following is a property of group 18 elements?
malleable
brittleness
high electrical conductivity
unlikely to react with other elements
Based on its location on the periodic table, which of these elements most likely has physical and chemical properties most similar to boron (B)?
magnesium (Mg)
aluminum (Al)
neon (Ne)
chlorine (Cl)
Which of the following groups on the Periodic Table is likely to form positively charged ions (or cations)?
group 1
group 13
group 17
group 18
Which of the following elements would most likely be a shiny, gray-colored solid at room temperature, conduct electricity, and dent when hit with a hammer?
argon (Ar)
chlorine (Cl)
sulfur (S)
aluminum (Al)
Alkali metals are extremely reactive because they
have every small atomic masses.
are not solid at room temperature.
have one valence electron that is easily removed to form a positive ion.
have two valence electrons that form compounds with calcium and magnesium.
Most elements are
metals.
nonmetals.
metalloids.
semiconductors.
Elements in an elemental family have similar
atomic symbols.
atomic sizes.
atomic weights.
chemical properties.
Which statement about the alkali metals is correct?
They are located in the left-most column of the periodic table.
They are extremely nonreactive.
They are usually gases.
They form negative ions with a 1- charge.
Which of the following is a property of group 18 elements?
malleable
brittleness
high electrical conductivity
unlikely to react with other elements
What are the rows on the periodic table called?
Groups
Rows
Periods
Families
Name group 2 on the periodic table:
Alkali Metals
Alkaline Earth Metals
Noble Gases
Transition Metals
Name group 18 on the periodic table:
Alkali Metals
Alkaline Earth Metals
Transition Metals
Noble Gases
What do we call groups 3-12 on the periodic table:
Noble Gases
Halogens
Alkaline Earth Metals
Transition Metals
Name group 17 on the periodic table.
Transition Metals
Noble Gases
Halogens
Alkali Metals
What is a valence electron?
Electrons in the first energy shell
Electrons in the second energy shell
Electrons in the outer shell
Total number of electrons
