Chemical Bonding

For the compound HCl, draw the Lewis Dot diagram.

• The Lewis Dot diagram for HCl shows H with one dot and Cl with seven dots, sharing one pair between them.

• The Lewis Dot diagram for HCl shows H with two dots and Cl with six dots, sharing two pairs between them.

• The Lewis Dot diagram for HCl shows H with no dots and Cl with eight dots, sharing no pairs between them.

• The Lewis Dot diagram for HCl shows H with one dot and Cl with seven dots, sharing three pairs between them.

For the compound HCl, draw the structural diagram.

• The structural diagram for HCl is H-Cl (a single bond between H and Cl).

• The structural diagram for HCl is H=Cl (a double bond between H and Cl).

• The structural diagram for HCl is H--Cl (a triple bond between H and Cl).

• The structural diagram for HCl is Cl-H-Cl (a single bond between Cl and H and another Cl).

For the compound HCl, indicate the name of the shape and draw the shape diagram.

• The shape of HCl is linear.

• The shape of HCl is trigonal planar.

• The shape of HCl is tetrahedral.

• The shape of HCl is bent.

For the compound NCl3, draw the Lewis Dot diagram.

• The Lewis Dot diagram for NCl3 shows N in the center with three Cl atoms bonded to it, and one lone pair on N.

• The Lewis Dot diagram for NCl3 shows N in the center with three Cl atoms bonded to it, and no lone pairs on N.

• The Lewis Dot diagram for NCl3 shows N in the center with four Cl atoms bonded to it, and one lone pair on N.

• The Lewis Dot diagram for NCl3 shows N in the center with two Cl atoms bonded to it, and two lone pairs on N.

For the compound NCl3, draw the structural diagram.

• The structural diagram for NCl3 is N in the center with three single bonds to Cl atoms and one lone pair on N.

• The structural diagram for NCl3 is N in the center with three double bonds to Cl atoms and no lone pairs on N.

• The structural diagram for NCl3 is N in the center with three single bonds to Cl atoms and three lone pairs on N.

• The structural diagram for NCl3 is N in the center with three single bonds to Cl atoms and no lone pairs on N.

For the compound NCl3, indicate the name of the shape and draw the shape diagram.

• The shape of NCl3 is trigonal pyramidal.

• The shape of NCl3 is linear.

• The shape of NCl3 is tetrahedral.

• The shape of NCl3 is square planar.

For the compound CHCl3, draw the Lewis Dot diagram.

• The Lewis Dot diagram for CHCl3 shows C in the center with one H and three Cl atoms bonded to it, with Cl atoms having three lone pairs each.

• The Lewis Dot diagram for CHCl3 shows Cl in the center with one C, one H, and two Cl atoms bonded to it, with C having three lone pairs.

• The Lewis Dot diagram for CHCl3 shows C in the center with four Cl atoms bonded to it, each Cl having two lone pairs.

• The Lewis Dot diagram for CHCl3 shows H in the center with one C and three Cl atoms bonded to it, with Cl atoms having two lone pairs each.

For the compound CHCl3, draw the structural diagram.

• The structural diagram for CHCl3 is C in the center with single bonds to one H and three Cl atoms.

• The structural diagram for CHCl3 is C in the center with double bonds to three H atoms and one Cl atom.

• The structural diagram for CHCl3 is C in the center with single bonds to four H atoms.

• The structural diagram for CHCl3 is C in the center with single bonds to two H atoms and two Cl atoms.

For the compound CHCl3, indicate the name of the shape and draw the shape diagram.

• The shape of CHCl3 is tetrahedral.

• The shape of CHCl3 is trigonal planar.

• The shape of CHCl3 is linear.

• The shape of CHCl3 is octahedral.

For the compound SO, draw the Lewis Dot diagram.

• The Lewis Dot diagram for SO shows S and O with a double bond between them, and each atom has lone pairs.

• The Lewis Dot diagram for SO shows S and O with a single bond and no lone pairs.

• The Lewis Dot diagram for SO shows S and O with a triple bond and each atom has one lone pair.

• The Lewis Dot diagram for SO shows S and O with a double bond and no lone pairs.