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WorksheetsC09 Electron Dot Structure
Total questions: 88
Worksheet time: 2hrs 38mins
Match the generic Lewis Valence Electron Dot Structure with the elements that would have the same Lewis structure.
Group 1A Elements
Group 2A Elements
Group 3A Elements
Group 4A Elements
none of these
Match the generic Lewis Valence Electron Dot Structure with the elements that would have the same Lewis structure.
Group 8A Elements
Group 7A Elements
Group 3A Elements
None of these
Group 5A
Match the generic Lewis Valence Electron Dot Structure with the elements that would have the same Lewis structure.
Group 6A Elements
Group 7A Elements
Group 8A Elements
none of these
Group 5A Elements
Match the generic Lewis Valence Electron Dot Structure with the elements that would have the same Lewis structure.
Group 6A Elements
none of these
Group 8A Elements
Group 4A Elements
Group 5A Elements
What is the correct Lewis structure for monatomic nitrogen, N?
Which element would have a Lewis structure similar to the one in the picture?
K
Ca
Al
Cl
S
Which element would have a Lewis structure similar to the one in the picture?
K
Ca
Al
Cl
S
Which element would have a Lewis structure similar to the one in the picture?
K
Ca
Al
Cl
S
Which element would have a Lewis structure similar to the one in the picture?
K
Ca
Al
Cl
S
Which element would have a Lewis structure similar to the one in the picture?
K
Ca
Al
Cl
S
Which element would have a Lewis structure similar to the one in the picture?
C
P
B
F
O
Which element would have a Lewis structure similar to the one in the picture?
C
P
B
F
O
Which element would have a Lewis structure similar to the one in the picture?
C
P
B
F
O
Which element would have a Lewis Structure like neon?
Kr
Br
He
Ca
Al
Which ions would have a Lewis Structure like this?
ions of nonmetals
ions of metals
Which ions would have a Lewis Structure like this?
ions of nonmetals
ions of metals
Which of these is the MOST correct Lewis Structure of helium?
When a METAL element forms an ion which of these would match the Lewis structure of the ion?
When a NONMETAL element forms an ion which of these would match the Lewis structure of the ion?
Organize these options into Correctly drawn Lewis structures and Incorrectly drawn Lewis structures of sulfur.
What is the correct Lewis structure for monatomic oxygen, O?
Which of these have the same Lewis Dot structure as monatomic oxygen? (mark all that apply)
sulfur
monatomic nitrogen
monatomic fluorine
selenium
chromium
What would be the electron dot structure of the ion of oxygen?
oxygen does NOT form ions
What would be the electron dot structure of the ion of calcium?
Ca does NOT form ions
What would be the electron dot structure of the ion of helium, He?
He does NOT form ions
What is the Lewis valence electron dot structure for barium?
What is the Lewis valence electron dot structure for carbon?
Which element has the same Lewis Dot structure as beryllium?
Li
Mg
Br
Si
D
Which element has the same Lewis Dot structure as chlorine?
Na
P
Zn
Br
Ar
Sort the Lewis structures into two groups: Good (correct structures) and Bad.
Sort the Lewis structures into two groups: Good (correct structures) and Bad.
Match the CORRECT Lewis Structure with the element.
No correct Lewis structures
Organize the CORRECT Lewis Dot Structures with their element.
There are no correct structures.
Base on its Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base on its Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base on this metalloid's Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base on its Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base on its Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base on its Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base this METALLOID's Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base on its Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base on its Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base on its Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base on its Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base on its Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base on its Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base on its Lewis structure and type of element how many covalent bonds can this element form?
(a)
Base on this METALLOID's Lewis structure and type of element how many covalent bonds can this element form?
(a)
How many covalent bonds can this imaginary nonmetal form?
(a)
How many covalent bonds can this imaginary nonmetal form?
(a)
When this element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
When this element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
BWhen this element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
When this element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
When this element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
When this METAL element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
When this element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
When this element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
When this element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
When this element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
When this element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
When this element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
When this element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
When this element forms an ion will it lose or gain electrons? How many electrons?
first blank: <lose or gain>
2nd blank: <number>
3rd blank: <subatomic particle>
(a)
Match the following Lewis Structures with what happens when an ion of that element forms.
lose 4 e–
gain 3 e–
gain 4 e–
gain 2 e–
lose 3 e–
Match the following Lewis Structures with what happens when an ion of that element forms.
gain 1 e–
does NOT form ions
lose 2 e–
gain 2 e–
lose 1 e–
How many lone pairs does the oxygen's Lewis structure have?
(a)
How many lone pairs does the helium's Lewis structure have?
(a)
How many lone pairs does the xenon's Lewis structure have?
(a)
How many lone pairs does the krypton's Lewis structure have?
(a)
How many lone pairs does the chlorine's Lewis structure have?
(a)
How many lone pairs does the bromine's Lewis structure have?
(a)
How many lone pairs does the sulfur's Lewis structure have?
(a)
How many lone pairs does the nitrogen's Lewis structure have?
(a)
How many lone pairs does the phosphorus' Lewis structure have?
(a)
How many lone pairs does the carbon's Lewis structure have?
(a)
How many lone pairs does the sodium's Lewis structure have?
(a)
How many lone pairs does the magnesium's Lewis structure have?
(a)
How many lone pairs does aluminum's Lewis structure have?
(a)
How many unpaired electrons does aluminum's Lewis structure have?
(a)
How many unpaired electrons does nitrogen's Lewis structure have?
(a)
How many unpaired electrons does oxygen's Lewis structure have?
(a)
How many unpaired electrons does calcium's Lewis structure have?
(a)
How many unpaired electrons does lithium's Lewis structure have?
(a)
How many unpaired electrons does bromine's Lewis structure have?
(a)
Organize these elements into groups with the indicated number of unpaired electrons in their Lewis Structure
C
N
S
Te
I
Cl
As
Al
B
Si
Sr
Ca
K
Rb
Organize these elements into groups with the indicated number of unpaired electrons in their Lewis Structure
C
P
O
Se
F
Br
Ga
B
Pb
Be
Sr
Na
Cs
Organize these elements into groups with the indicated number of lone pairs of electrons in the Lewis Structure
Ne
Ar
None of these
Te
F
Br
Se
