Draw a Lewis structure for PF3Cl2 and answer the following questions based on your drawing.
1. For the central phosphorus atom:
... | The number of lone pairs | = |
The number of single bonds | = | |
The number of double bonds | = |
2. The central phosphorus atom
... | A. Obeys the octet rule | |||||||||||||||
B. Has an incomplete octet. | ||||||||||||||||
C. Has an expanded octet. Draw a Lewis structure for PCl5 and answer the following questions based on your drawing. 1. For the central phosphorus atom:
2. The central phosphorus atom
|
Drawn below are the Lewis structures for PF3Cl2 and PCl5
For PF3Cl2
1. For the central phosphorous atom
the number of lone pairs = 0
the number of single bonds = 5
the number of double bonds = 0
2. The central phosphorous atom
C. has an expanded octet
For PCl5
1. For the central phosphorous atom
the number of lone pairs = 0
the number of single bonds = 5
the number of double bonds = 0
2. The central phosphorous atom
C. has an expanded octet
Draw a Lewis structure for PF3Cl2 and answer the following questions based on your drawing. 1....
Draw a Lewis structure for NO3- and answer the following questions based on your drawing. 1. For the central nitrogen atom: ... The number of lone pairs = The number of single bonds = The number of double bonds = 2. The central nitrogen atom ... A. Obeys the octet rule B. Has an incomplete octet. C. Has an expanded octet.
Draw (on paper) a Lewis structure for CH4 and answer the following questions based on your drawing. Do not draw double bonds unless they are needed for the central atom to obey the octet rule. 1. For the central carbon atom: ... the number of lone pairs = . the number of single bonds = . the number of double bonds = . 2. The central carbon atom ... A. obeys the octet rule. B. has an incomplete octet. C....
Draw a Lewis structure for SiCl4in which the central Si atom obeys the octet rule, and answer the following questions based on your drawing. The number of unshared pairs (lone pairs) on the central Si atom is: The central Si atom forms single bonds. The central Si atom forms double bonds.
Draw a Lewis structure for SO, in which the central Satom obeys the octet rule, and answer the following questions based on your drawing. The number of unshared pairs (lone pairs) on the central Satom is: The central Satom forms single bonds. The central Satom forms double bonds. Submit Answer Try Another Version 1 Item attempt remaining
1. Draw a Lewis structure for XeAt4. Which statement(s) best describe(s) the Lewis structure of XeAt4? Group of answer choices All atoms in the structure obey the octet rule. The structure is a free radical. The structure has an incomplete octet. The structure has an expanded octet. The structure has a free radical and an incomplete octet. The structure has a free radical and an expanded octet. 2. "Quackism" is a recently discovered element with the symbol Q. It is...
Lewis Structures are used to describe the covalent bonding in molecules and Draw a Lewis Structures for CIF_3 and answer the following questions based on your drawing. The number of lone pairs = The number of untie bonds = The number of double bonds The central chlorine atom
a) Draw the Lewis structure of PCl5. b)Does the central atom violate the octet rule? (yes/no) c) How many lone pairs of electrons are in the molecule? d) How many bonding pairs are in the molecule? e) What is the geometry of the molecule around the central atom?
0.16 pts Question 4 Draw the Lewis Structure for PH3. Now answer the following questions based on your Lewis structure: (Enter an integer value only.) #of bonding electrons #of non bonding electrons #of lone pairs on the phosphorus atom
7. Draw (on paper) a Lewis structure for the nitrate ion and answer the questions below. Do not draw double bonds unless they are needed for the central atom to obey the octet rule. 1. There are equivalent Lewis structures for NO3-. (number) 2. The average N-O bond order is .
Draw the Lewis Structure for NH3. Now answer the following questions based on your Lewis structure: (Enter an integer value only.) # of bonding electrons # of non bonding electrons # of lone pairs on the nitrogen atom I