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Test Your Understanding of Table S


Test Your Understanding
of Table S
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Draw
an empty periodic table (omit groups 3-12) and include Symbols, Atomic Number,
and Electronegativity value for each element.
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Draw a bar graph
representing the trend of electronegativity in group 1 and 2. Organize symbols
of elements on the X axis and the numerical values on the Y axis.
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Draw a line graph
representing the trend of electronegativity in period 3 and 4. Organize
symbols of elements on the X axis and the numerical values on the Y axis.
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In complete
sentences, describe the Electronegativity’s general trend in groups and
periods.
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State the reasons
for your observations?
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Draw
an empty periodic table (omit groups 3-12) and include Symbols, Atomic Number,
and Ionization Energy value for each element.
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Draw a bar graph
representing the trend of Ionization Energy in groups 1 and 2. Organize
symbols of elements on the X axis and the numerical values on the Y axis.
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Draw a line graph
representing the trend of Ionization Energy in period 3 and 4. Organize
symbols of elements on the X axis and the numerical values on the Y axis.
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In complete
sentences, describe the Ionization Energy ’s general trend in groups and
periods.
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State the reasons
for your observations?
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Draw
an empty periodic table (omit groups 3-12) and include Symbols, Atomic Number,
and Atomic Radius value for each element.
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Draw a bar graph
representing the trend of Atomic Radius in group 1 and 2. Organize symbols of
elements on the X axis and the Atomic Radius on the Y axis.
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Draw a line graph
representing the trend of Atomic Radius in period 3 and 4. Organize symbols of
elements on the X axis and the Atomic Radius on the Y axis.
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In complete
sentences, describe the Atomic Radius ’s general trend in groups and periods.
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State the reasons
for your observations?
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Using answers from problems #1 & 2 find any correlation between
Electronegativity and Ionization Energy.
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Using answers from problem #3 find any correlation
between Atomic Radius and Atomic Number.
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Make a bar graph for the boiling points
values of the Noble Gases.
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Find the correlation
between the trend for Atomic Radius and the Atomic Number for the Noble Gases.
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Explain your
findings.
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At what pressure the Boiling Points have
been calculated?
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At what temperature and pressure the
Densities have been calculated?
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What is the density of 2 moles of water?
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Using the density of helium, what is the
mass of 2 moles of helium?
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Would the density of neon be higher or lower
if its density were calculated at 2 atm.
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What is the general correlation between
Melting Points and Boiling Points?
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