Ionization Energy

Front

Conclusion that cannot be drawn from the graph of ionization energy values on the periodic table.

Back

The ionization energy increases gradually as you move right across a period because the valence electrons are in a shell further from the nucleus.

Front

Based on the organization of the modern periodic table, how would the elements represented in the bar graph be found on the periodic table?

Back

They are in the same period with W being furthest right.

Front

Which of the following is true for alkaline earth metals as their atomic number increases? Options: The atomic radius decreases., Ionization energy decreases., The number of valence electrons increases., The Coulombic attraction increases.

Back

Ionization energy decreases.

Front

Which of the following sequences corresponds to a correct trend in ionization energy? Options: Cl > S > P > Al, Sr > Ca > Mg > Be, Rb > K > Na > Li, Rb > Sr > I > Xe

Back

Cl > S > P > Al

Front

Which of the following is true about a sulfur atom and a chlorine atom? Options: Sulfur is larger and has higher ionization energy., Sulfur is larger and has lower ionization energy., Sulfur is smaller and has higher ionization energy., Sulfur is smaller and has lower ionization energy.

Back

Sulfur is larger and has lower ionization energy.

Front

Which element has the greater ionization energy? Options: Strontium, Boron

Back

Boron

Front

Which element has the greater ionization energy? Options: Lead, Silicon

Back

Silicon

Front

Order of increasing ionization energy: Neon, Lithium, Carbon

Back

Lithium, Carbon, Neon

Front

Order the following by increasing ionization energy: Strontium, Aluminum, Indium

Back

Strontium, Indium, Aluminum

Front

Order of increasing ionization energy: Tellurium, Sulfur, Selenium

Back

Tellurium, Selenium, Sulfur