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Formulas you might need: AG=AH-TAS q=mcAT AHørxn= SAH°(products)- AH (reactants) 1. Fill in the following table...
Formulas you might need: AG=AH-TAS q=mcAT AHørun= SAH (products)- AH°reactants) 1. Fill in the following table...
Formulas you might need: AG=AH-TAS q=mcAT AHørun= SAH (products)- AH°reactants) 1. Fill in the following table shown below. If there are resonance structures, be sure to draw each of them. Identify the strongest intermolecular force present (38 pts total). XeF; Lewis or 3D Spatial Structure (5 pts): Molecular Hybridization geometry(2pts): on central atom (2 pts): Bond Angles (2 pts): Molecule is (2 pts): Polar Non-polar BrF. Lewis or 3D Spatial Structure (5 pts): Molecular geometry 2 pts: Hybridization on central...
1 AH nx=LAH (products)-ZAH(reactants) 40=AH-TAS 1. Fill in the following table shown below. If there are...
1 AH nx=LAH (products)-ZAH(reactants) 40=AH-TAS 1. Fill in the following table shown below. If there are resonance structures, be sure to draw each of them. (38 pts total). SF.2 Lewis or 3D Spatial Structure (5 pts): Molecular Hybridization geometry(2pts): on central atom (2 pts): Bond Angles (2 pts): Molecule is (2 pts): Polar Non-polar Brf Lewis or 3D Spatial Structure (5 pts): Molecular Hybridization geometry 2 pts: on central atom Bond Angles (3 pts): (2 pts): Molecule is (2 pts):...
1. Fill in the following table shown below. If there are resonance structures, be sure to...
1. Fill in the following table shown below. If there are resonance structures, be sure to draw each of them. Identify the strongest intermolecular force present (38 pts total). Lewis or 3D Spatial Structure (5 pts): PF4 d nosii bnod sonolev a 02l at cach Gntereat Molecule is (2 pts): Bond Angles Hybridization geometry(2pts): on central atom (3 pts): (2 pts): Molecular Polar nboun Non-polar CH NO3 Lewis or 3D Spatial Structure (5 pts): HA D O (aq) Molecule is...
Lewis or 3D Spatial Structure (5 pts) H2O Bond Angles- Molecule is (2 pts) Polar Hybridization...
Lewis or 3D Spatial Structure (5 pts) H2O Bond Angles- Molecule is (2 pts) Polar Hybridization geometry 2 pts: on central atom 1 pt: (2 pts): Molecular Non-polar 2. Draw the spatial structure for BF. Use valence bond theory and an orbital diagram to explain how the hybrid orbitals are formed (6 pts). 3. Using the following thermochemical equations below, calculate AH for the following reaction (14 pts): FeO (s) +CO(g) Fe(s) + CO2(g) FezOy(s)+3CO(g)>2Fe(s) +3CO2 (g) AH -23 kJ...
What about SF4 and NO . I made mistake on them. and SF3 and NO3 U...
What about SF4 and NO . I made mistake on them.
and
SF3 and NO3
U AB 2018 2. For the following ions/molecules, describe the strongest intermolecular forces present? (4 pts, choices are ion-dipole, H- bonding, LDF, dipole-dipole) et LDF 8 +(4 x 7) = 36 SF. Ion-dipole 76+ (4x7) = 34 é NO₂ (aq) Dipoler-dipole 10 H-bonding PF, Lewis or 3D Spatial Structure (5 pts): 5+ (4*7) + 1 = 34 e IM Forces (2 pts): Van der Waals/LDF...
cture and build bet go dvaram and Part B (48 points). Consult the steps of Figure 3 to draw the correct Lewis stru...
cture and build bet go dvaram and Part B (48 points). Consult the steps of Figure 3 to draw the correct Lewis structure geometric shape with a ball and stick modeling kit for your assigned molecules. Find ab to confirm your model. After reaching a consensus, share the Lewis structure dia with the rest of the class. Recond and check the correct answers for the remaining stru e structures 3D Shape with bond angles P. with the rest of the...
Part B (48 points)- Consult the steps of Figure 3 to draw the correct Lewis structure...
Part B (48 points)- Consult the steps of Figure 3 to draw the correct Lewis structure and build the geometric shape with a ball and stick modeling kit for your assigned molecules. Find other gous n lab to confirm your model. After reaching a consensus, share the Lewis structure diagram and mode 3D Shape with bond angles Polae with the rest of the class. Record and check the correct answers for the remaining structures Lewis Structure Molecule 1. BaCl Hybridiza...
Use structures and VSEPR theory to answer the following questions about CIBr_s. Show a valid Lewis...
Use structures and VSEPR theory to answer the following questions about CIBr_s. Show a valid Lewis structure. (Don't forget lone pairs) What is the electron group geometry? What is the molecular geometry? Show a drawing with correct 3D geometrical representation. What are the bond angles in the molecule? What is the hybridization of the central atom? Is this molecule polar or nonpolar?
Sho Consider the following molecule. Draw the Lewis Structure and use that to fill in the following chart: AlCl 24 Number of Valence e (Whole Structure) Areas of e Density Around Central Atom: El...
Sho Consider the following molecule. Draw the Lewis Structure and use that to fill in the following chart: AlCl 24 Number of Valence e (Whole Structure) Areas of e Density Around Central Atom: Electronic Geometry: Trigonal Planar # Bonding Areas (Central Atom): # Non-Bonding Areas (Central Atom): Molecular Geometry Select an answer Bond Angles (Central Atom) Select an answer Select an answer Polar Bonds? Polar Molecule? Select an answer Any Pi (Double/Triple) Bonds? Select an answer
Sho Consider the following...
3.Fill in the table below - only 1 Lewis structure for eaclh is necessary, no resonance...
3.Fill in the table below - only 1 Lewis structure for eaclh is necessary, no resonance structures: Formula à HCNNO FICl, (exception to sulfite ion the octet rule) 3-D Lewis structure including bonding and lone pairs, and formal charges (each atom in the structure) electron pair geometry molecular geometry (with bond angles) Hybridization of the central atom(s) Polar?- Yes/No
Formulas you might need: AG=AH-TAS q=mcAT AHørun= SAH (products)- AH°reactants) 1. Fill in the following table shown below. If there are resonance structures, be sure to draw each of them. Identify the strongest intermolecular force present (38 pts total). XeF; Lewis or 3D Spatial Structure (5 pts): Molecular Hybridization geometry(2pts): on central atom (2 pts): Bond Angles (2 pts): Molecule is (2 pts): Polar Non-polar BrF. Lewis or 3D Spatial Structure (5 pts): Molecular geometry 2 pts: Hybridization on central...
1 AH nx=LAH (products)-ZAH(reactants) 40=AH-TAS 1. Fill in the following table shown below. If there are resonance structures, be sure to draw each of them. (38 pts total). SF.2 Lewis or 3D Spatial Structure (5 pts): Molecular Hybridization geometry(2pts): on central atom (2 pts): Bond Angles (2 pts): Molecule is (2 pts): Polar Non-polar Brf Lewis or 3D Spatial Structure (5 pts): Molecular Hybridization geometry 2 pts: on central atom Bond Angles (3 pts): (2 pts): Molecule is (2 pts):...
1. Fill in the following table shown below. If there are resonance structures, be sure to draw each of them. Identify the strongest intermolecular force present (38 pts total). Lewis or 3D Spatial Structure (5 pts): PF4 d nosii bnod sonolev a 02l at cach Gntereat Molecule is (2 pts): Bond Angles Hybridization geometry(2pts): on central atom (3 pts): (2 pts): Molecular Polar nboun Non-polar CH NO3 Lewis or 3D Spatial Structure (5 pts): HA D O (aq) Molecule is...
Lewis or 3D Spatial Structure (5 pts) H2O Bond Angles- Molecule is (2 pts) Polar Hybridization geometry 2 pts: on central atom 1 pt: (2 pts): Molecular Non-polar 2. Draw the spatial structure for BF. Use valence bond theory and an orbital diagram to explain how the hybrid orbitals are formed (6 pts). 3. Using the following thermochemical equations below, calculate AH for the following reaction (14 pts): FeO (s) +CO(g) Fe(s) + CO2(g) FezOy(s)+3CO(g)>2Fe(s) +3CO2 (g) AH -23 kJ...
What about SF4 and NO . I made mistake on them.
and
SF3 and NO3
U AB 2018 2. For the following ions/molecules, describe the strongest intermolecular forces present? (4 pts, choices are ion-dipole, H- bonding, LDF, dipole-dipole) et LDF 8 +(4 x 7) = 36 SF. Ion-dipole 76+ (4x7) = 34 é NO₂ (aq) Dipoler-dipole 10 H-bonding PF, Lewis or 3D Spatial Structure (5 pts): 5+ (4*7) + 1 = 34 e IM Forces (2 pts): Van der Waals/LDF...
cture and build bet go dvaram and Part B (48 points). Consult the steps of Figure 3 to draw the correct Lewis structure geometric shape with a ball and stick modeling kit for your assigned molecules. Find ab to confirm your model. After reaching a consensus, share the Lewis structure dia with the rest of the class. Recond and check the correct answers for the remaining stru e structures 3D Shape with bond angles P. with the rest of the...
Part B (48 points)- Consult the steps of Figure 3 to draw the correct Lewis structure and build the geometric shape with a ball and stick modeling kit for your assigned molecules. Find other gous n lab to confirm your model. After reaching a consensus, share the Lewis structure diagram and mode 3D Shape with bond angles Polae with the rest of the class. Record and check the correct answers for the remaining structures Lewis Structure Molecule 1. BaCl Hybridiza...
Use structures and VSEPR theory to answer the following questions about CIBr_s. Show a valid Lewis structure. (Don't forget lone pairs) What is the electron group geometry? What is the molecular geometry? Show a drawing with correct 3D geometrical representation. What are the bond angles in the molecule? What is the hybridization of the central atom? Is this molecule polar or nonpolar?
Sho Consider the following molecule. Draw the Lewis Structure and use that to fill in the following chart: AlCl 24 Number of Valence e (Whole Structure) Areas of e Density Around Central Atom: Electronic Geometry: Trigonal Planar # Bonding Areas (Central Atom): # Non-Bonding Areas (Central Atom): Molecular Geometry Select an answer Bond Angles (Central Atom) Select an answer Select an answer Polar Bonds? Polar Molecule? Select an answer Any Pi (Double/Triple) Bonds? Select an answer
Sho Consider the following...
3.Fill in the table below - only 1 Lewis structure for eaclh is necessary, no resonance structures: Formula à HCNNO FICl, (exception to sulfite ion the octet rule) 3-D Lewis structure including bonding and lone pairs, and formal charges (each atom in the structure) electron pair geometry molecular geometry (with bond angles) Hybridization of the central atom(s) Polar?- Yes/No
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