Would you help me A₁ B₂E₂=AB₂E₂Molecular Shape of H₂SStep 1: Find the Central AtomCentral atom is: SAB₂ELook your line bond structure onpage 1.AB EHStep 3: Choose the ABE classificationCircle the correct AB, E, notation.Recall, we use (A) to represent thecentral atom, (B) to represent thenumber of atoms bonded to the centralatom, and (E) to represent the numberof lone pairsAB₁E3 AB E₂(1) S Central atom AAB₁EAB₂E₂ AB2AB3GoAB42lone pairStep 5: Use the Molecular Shapetable from your notes to draw theball and stick representationH(2) H B (atom surrounding central atom)EStep 2:Count number of atoms bonded to the centralatom (B)# of atoms bonded to central atom= B =Count number of lone pairs on thecentral atom (E)# of lone pairs on central atom = E=2Step 4: Use the Molecular Shape Table fromyour notes to select the molecular shape andbond angles.Molecular Shape- Rent= ~110°Bond angles =·2Step 6: Determine PolarityIs the central atom surrounded by identicalelectron groups?Circle one: yesIf the answer was yes, then the molecule isnonpolar. If the answer is no, then the moleculeis polar.Is the molecule polar?Circle one: yesnono19

In this question, we have to answer all the steps.

A₁B₂E2=AB₂E2 Molecular Shape of H₂S Step 1: Find the Central Atom Central atom is: S Look your line bond structure on page 1. (1) S Central atom A AB₁E3 H H Step 3: Choose the ABE classification Circle the correct AB, E, notation. Recall, we use (A) to represent the central atom, (B) to represent the number of atoms bonded to the central atom, and (E) to represent the number of lone pairs AB₁E₂ AB₁E AB₂E₂ AB₂ AB3 AB4 Step 5: Use the Molecular Shape table from your notes to draw the ball and stick representation H AB₂E AB E (22) H Batom surrounding central atom) lone pair E E Step 2: Count number of atoms bonded to the central atom (B) # of atoms bonded to central atom = B = 2 Count number of lone pairs on the central atom (E) # of lone pairs on central atom = E= Step 4: Use the Molecular Shape Table from your notes to select the molecular shape and bond angles. Molecular Shape- Rent Bond angles Step 6: Determine Polarity Is the central atom surrounded by identical electron groups? Circle one: yes no If the answer was yes, then the molecule is nonpolar. If the answer is no, then the molecule

A₁B₂E2=AB₂E2 Molecular Shape of H₂S Step 1: Find the Central Atom Central atom is: S Look your line bond structure on page 1. (1) S Central atom A AB₁E3 H H Step 3: Choose the ABE classification Circle the correct AB, E, notation. Recall, we use (A) to represent the central atom, (B) to represent the number of atoms bonded to the central atom, and (E) to represent the number of lone pairs AB₁E₂ AB₁E AB₂E₂ AB₂ AB3 AB4 Step 5: Use the Molecular Shape table from your notes to draw the ball and stick representation H AB₂E AB E (22) H Batom surrounding central atom) lone pair E E Step 2: Count number of atoms bonded to the central atom (B) # of atoms bonded to central atom = B = 2 Count number of lone pairs on the central atom (E) # of lone pairs on central atom = E= Step 4: Use the Molecular Shape Table from your notes to select the molecular shape and bond angles. Molecular Shape- Rent Bond angles Step 6: Determine Polarity Is the central atom surrounded by identical electron groups? Circle one: yes no If the answer was yes, then the molecule is nonpolar. If the answer is no, then the molecule

Principles of Modern Chemistry

8th Edition

ISBN:9781305079113

Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Chapter3: Atomic Shells And Classical Models Of Chemical Bonding

Section: Chapter Questions

Problem 99AP: A stable triatomic molecule can be formed that contains one atom each of nitrogen, sulfur, and...

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