(a)
Interpretation:
Interpret and complete the given statement.
There are − electron group around the central S atom.
Concept Introduction:
Lewis dot structure is the representation of the atom bonded to each other to form a molecule or compound.
The bond formation between the atoms takes place due to the sharing of valence electrons between them while the remaining outer electron denoted as lone pair of electrons.
(b)
Interpretation:
Interpret and complete the given statement.
The electron group geometry is −
Concept Introduction:
Lewis dot structure is the representation of the atom bonded to eachother to form a molecule or compound.
The bond formation between the atoms takes place due to the sharing of valence electrons between them while the remaining outer electron denoted as lone pair of electrons.
(c)
Interpretation:
Interpret and complete the given statement.
The number of atoms attached to the central S atom is −
Concept Introduction:
Lewis dot structure is the representation of the atom bonded to eachother to form a molecule or compound.
The bond formation between the atoms takes place due to the sharing of valence electrons between them while the remaining outer electron denoted as lone pair of electrons.
(d)
Interpretation:
Interpret and complete the given statement.
The shape of the molecule is-
Concept Introduction:
Lewis dot structure is the representation of the atom bonded to eachother to form a molecule or compound.
The bond formation between the atoms takes place due to the sharing of valence electrons between them while the remaining outer electron denoted as lone pair of electrons.
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Basic Chemistry
- 25) After drawing the Lewis dot structure of formaldehyde (H2CO), pick the INCORRECT statement from the following. Select one: a. The Carbon to Oxygen bond is a double bond b. There is one lone pair of electrons on O c. There are no lone pair of electrons on C d. The C-H bonds are single bonds e. There are no lone pair of electrons on Harrow_forwardUse table of electronegativities to determine the bond formed between Sulfur & Fluorine a. ionic b. polar covalent c. nonpolar covalent d. none of these 10. Use table of electronegativities to determine the bond formed b/w Potassium & Chloride a. ionic b. polar covalent C. nonpolar covalent d. none of these 11. Use table of electronegativities to determine the bond formed b/w Nitrogen & Silicon a. ionic b. polar covalent c. nonpolar covalent d. none of these 12. Use table of electronegativities to determine the bond formed b/w Hydrogen & Sulfur a. ionic b. polar covalent c. nonpolar covalent d. none of these 13 Use table of electronegativities to determine the bond formed b/w Oxygen & Phosphorus a. ionic b. polar covalent c. nonpolar covalent d. none of these Page 2 /4 C & 4 8.arrow_forward1. Which element has an identical Lewis electron dot structure of chlorine? A. Bromine B. Carbon C. Sulfur D. Boron 2. How many bonding pairs shown in this structure? A. 2 В. 4 C. 3 D. 6 3. Based on the structure, what type of bonding represented between oxygen and nitrogen? ö=Ñ- : A. single covalent bond B. double covalent bond C. triple covalent bond D. polar covalent bondarrow_forward
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