Tro IC3 1.6 2.4 3.8 4.2 5.3 10.1 How many dots showing electrons are around the “S” in the Lewis structure of a sulfur atom?

Slides:



Advertisements
Similar presentations
Chemical Bonds: The Formation of Compounds From Atoms Chapter 11 Outline I.Periodic Trends A.Atomic Radius B.Metallic Character C.Ionization Energy D.Ionic.
Advertisements

VSEPR Theory, Polarity, and using Electronegativity
How is VSEPR theory used to predict molecular structure?
Unit 5B: Covalent Bonding
SHAPES OF MOLECULES. REMINDER ABOUT ELECTRONS  Electrons have negative charges  Negative charges “repel” each other  In molecules, electrons want to.
Drawing Lewis Structures and VSEPR. Draw basic Lewis dot structures of atoms and compounds. Using VSEPR, predict bond shape from electron arrangement.
Drawing Lewis Structures and VSEPR. Draw basic Lewis dot structures of atoms and compounds. Using VSEPR, predict bond shape from electron arrangement.
MOLECULAR GEOMETRY VSEPR ACTIVITY. CARBON DIOXIDE Chemical formula: CO 2 # of atoms bonded to central atom: 2 # of lone pairs on central atom: 0 What.
Copyright © Houghton Mifflin Company. All rights reserved. 12 | 1 Chemical Bonds Forces that hold atoms together Ionic bonds: the forces of attraction.
Ch 8 Review.
Drawing Lewis Structures and VSEPR A Tutorial on Writing Lewis Dot Structure.
Copyright ©2009 by Pearson Education, Inc. Upper Saddle River, New Jersey All rights reserved. Introductory Chemistry, Third Edition By Nivaldo J.
Notes #10 Lewis Structures. Valence Electrons Valence electrons are those electrons in the highest principle energy level (n). Only these outer electrons.
B. Ionic bonding and Structures of Ionic Compounds
Chemical Bonding and Molecular Structure Chapter 12 Sec Chapter 12 Sec
Monday and Tuesday March 26 and 27. Lewis Dot Structures.
BONDING REVIEW You need a Periodic Table, Electronegativity table & Polarity chart!
Mid-Term Review Ch 7 and 8. Name Me MgSO 4 Name Me PCl 5.
Lewis Structures ©2011 University of Illinois Board of Trustees
Chemical Compounds and Bonding Ionic compounds ionic bond steal (transfer) electrons Molecules covalent bond share electrons.
Molecular Shape and Polarity The Importance of Geometry in Determining Physical Properties.
Organic Chemistry Nothing to do with organs. Bonding in organic chemistry Covalent bonds – sharing electrons Nonpolar covalent bonds – electronegativity.
Covalent Bonding Concept Polarity VSEPR Theory. Single Covalent Bonds Formed when a pair of electrons is shared between two atoms. – Example: H 2 A dash.
Molecular Shape and Polarity The Importance of Geometry in Determining Physical Properties.
Chapter 9 Chemical Bonding
Chapter 10 Chemical Bonding
VSEPR. This is the shape that CO 2 makes. 1. Linear 2. Bent 3. Trigonal planar 4. Tetrahedral 5. Trigonal pyramidal 6. Trigonal bipyramidal 7. See-saw.
Objectives VESPR Theory Continue with Lewis dot Drawings.
CHAPTER 12 – CHEMICAL BONDING CHEMICAL BOND – A force that holds two or more atoms together as a unit Individual atoms will naturally bond together to.
Topic 1Topic 2Topic 3Topic 4Topic
Ionic, Covalent, and Metallic Bonding
Lewis Dot Structures and Molecular Geometries
Drawing Lewis Structures and VSEPR
Chapter 12 Chemical Bonding.
6.8 Shapes and Polarity of Molecules
CHEMICAL BONDING Cocaine Chemistry I – Chapter 8
Bonding! Created by Educational Technology Network
Molecular Geometry Cocaine
© 2012 Pearson Education, Inc.
Valence Shell Electron Pair Repulsion Theory
CHEMICAL BONDING Cocaine
Unit 4: Covalent Bonding
BONDING Unit 6.
Timberlake LecturePLUS
Drawing Molecules and Shapes
Valence Shell Electron Pair
Valence Shell Electron Pair Repulsion Theory (VSEPR)
Bellwork Monday Draw the following Lewis dot structures. CCl4 NH4+
MOLECULAR GEOMETRY Bonding Unit.
Bonding Unit Part B) Structures and Shapes
Chemical Bonds.
GEOMETRY AND POLARITY OF MOLECULES
Which of the following molecules does
Unit 6: Covalent Bonding
Chapter 10 Properties of Solids and Liquids
Molecular Structure and Shape
ChemicalBonding Honors Only Problems and questions —
CHEMICAL BONDING Cocaine Chemistry I – Chapter 8
Molecular shapes.
CHEMICAL BONDING By Mrs. Idha Nurhayati, SPd. Cocaine
CHEMICAL BONDING Cocaine Chemistry I – Chapter 8
CHEMICAL BONDING Cocaine Chemistry I – Chapter 8
Drawing Molecules and Shapes
Unit 9: Covalent Bonding
Warm up Draw lewis structures for the compounds below: CF4 BF3 CO2.
Bellwork # What is electronegativity?
Ch 8 Review Qwizdom Get a Qwizdom clicker.
CHEMICAL BONDING Cocaine Chemistry I – Chapter 8
CHEMICAL BONDING Cocaine Chemistry I – Chapter 8
CHEMICAL BONDING Cocaine Chemistry I – Chapter 8
Presentation transcript:

Tro IC How many dots showing electrons are around the “S” in the Lewis structure of a sulfur atom?

Tro IC How many dots showing electrons are around the “S” in the Lewis structure of a sulfur atom?

Tro IC3 1.Polar covalent 2.Ionic 3.Polar ionic 4.Nonpolar covalent 5.Covalent 10.2 When electrons are completely transferred from one atom to another, the bond between the ions is called:

Tro IC3 1.Polar covalent 2.Ionic 3.Polar ionic 4.Nonpolar covalent 5.Covalent 10.2 When electrons are completely transferred from one atom to another, the bond between the ions is called:

Tro IC3 1.AlO 2.Al 3 O 3.Al 3 O 2 4.Al 2 O 3 5.Al 3 O Use Lewis theory to predict the chemical formula of the product formed by the reaction between aluminum and atomic oxygen.

Tro IC3 1.AlO 2.Al 3 O 3.Al 3 O 2 4.Al 2 O 3 5.Al 3 O Use Lewis theory to predict the chemical formula of the product formed by the reaction between aluminum and atomic oxygen.

Tro IC How many paired electrons are in the Lewis structure of lithium nitride?

Tro IC How many paired electrons are in the Lewis structure of lithium nitride?

Tro IC How many valence electrons are there in one silicon atom?

Tro IC How many valence electrons are there in one silicon atom?

Tro IC How many electrons must a phosphorus atom gain in order to have a full valence shell?

Tro IC How many electrons must a phosphorus atom gain in order to have a full valence shell?

Tro IC How many electrons are there in the outer shell of an oxide ion?

Tro IC How many electrons are there in the outer shell of an oxide ion?

Tro IC How many resonance structures are possible for the nitrate ion?

Tro IC How many resonance structures are possible for the nitrate ion?

Tro IC How many bonding pairs of electrons are in one molecule of ammonia?

Tro IC How many bonding pairs of electrons are in one molecule of ammonia?

Tro IC How many lone pairs of electrons are in one molecule of carbon tetrachloride?

Tro IC How many lone pairs of electrons are in one molecule of carbon tetrachloride?

Tro IC3 1.F 2 2.N 2 3.CN 1- 4.CO 5.SiO Which of the following contains one or more double bonds?

Tro IC3 1.F 2 2.N 2 3.CN 1- 4.CO 5.SiO Which of the following contains one or more double bonds?

Tro IC3 1.C 2 H 2 2.H 2 3.OF 2 4.CF 4 5.OH Which of the following contains a triple bond?

Tro IC3 1.C 2 H 2 2.H 2 3.OF 2 4.CF 4 5.OH Which of the following contains a triple bond?

Tro IC How many lone pairs are around the central atom in carbon tetrachloride?

Tro IC How many lone pairs are around the central atom in carbon tetrachloride?

Tro IC ° 2.120° 3.90° ° 5.104° What is the bond angle in a sulfur dioxide molecule?

Tro IC ° 2.120° 3.90° ° 5.104° What is the bond angle in a sulfur dioxide molecule?

Tro IC3 1.Linear 2.Trigonal planar 3.Tetrahedral 4.Trigonal pyramidal 5.Bent What is the electron geometry of boron trifluoride?

Tro IC3 1.Linear 2.Trigonal planar 3.Tetrahedral 4.Trigonal pyramidal 5.Bent What is the electron geometry of boron trifluoride?

Tro IC3 1.Linear 2.Trigonal planar 3.Tetrahedral 4.Trigonal pyramidal 5.Bent What would be the shape of NH 2 1– ?

Tro IC3 1.Linear 2.Trigonal planar 3.Tetrahedral 4.Trigonal pyramidal 5.Bent What would be the shape of NH 2 1– ?

Tro IC3 1.Linear 2.Trigonal planar 3.Tetrahedral 4.Trigonal pyramidal 5.Bent What is the electron geometry of a compound when the central atom is surrounded by 3 single bonds and 1 lone pair?

Tro IC3 1.Linear 2.Trigonal planar 3.Tetrahedral 4.Trigonal pyramidal 5.Bent What is the electron geometry of a compound when the central atom is surrounded by 3 single bonds and 1 lone pair?

Tro IC3 1.CH 3 OH 2.CO 2 3.C 2 H 4 4.F 2 5.CCl Which of the following is most soluble in water?

Tro IC3 1.CH 3 OH 2.CO 2 3.C 2 H 4 4.F 2 5.CCl Which of the following is most soluble in water?

Tro IC3 1.CH 4 2.BF 3 3.CCl 4 4.NO 3 5.NH Which of the following has a central atom that often does not obey the octet rule?

Tro IC3 1.CH 4 2.BF 3 3.CCl 4 4.NO 3 5.NH Which of the following has a central atom that often does not obey the octet rule?

Tro IC3 1.NH 3 2.CaCl 2 3.I 2 4.CO 2 5.CO Which of the following contain a nonpolar, purely covalent bond?

Tro IC3 1.NH 3 2.CaCl 2 3.I 2 4.CO 2 5.CO Which of the following contain a nonpolar, purely covalent bond?

Tro IC3 1.CO 2.N 2 3.H 2 O 4.HF 5.SiO Which of the following molecules contain one or more polar covalent bonds, but is nonpolar?

Tro IC3 1.CO 2.N 2 3.H 2 O 4.HF 5.SiO Which of the following molecules contain one or more polar covalent bonds, but is nonpolar?

Tro IC3 1.H 2 O 2.HCl 3.NH 3 4.CF 4 5.NaCl Which of the following is the most soluble in gasoline (C 8 H 18 )?

Tro IC3 1.H 2 O 2.HCl 3.NH 3 4.CF 4 5.NaCl Which of the following is the most soluble in gasoline (C 8 H 18 )?

Tro IC3 1.Cl, Te, Se, Sr, Ba 2.Cl, Te, Se, Ba, Sr 3.Ba, Sr, Te, Se, Cl 4.Sr, Ba, Te, Se, Cl 5.Ba, Sr, Se, Te, Cl Arrange the following elements in order of increasing electronegativity (lowest first): Cl, Te, Se, Sr, and Ba. Do NOT use a table of numeric electronegativity values.

Tro IC3 1.Cl, Te, Se, Sr, Ba 2.Cl, Te, Se, Ba, Sr 3.Ba, Sr, Te, Se, Cl 4.Sr, Ba, Te, Se, Cl 5.Ba, Sr, Se, Te, Cl Arrange the following elements in order of increasing electronegativity (lowest first): Cl, Te, Se, Sr, and Ba. Do NOT use a table of numeric electronegativity values.

Tro IC3 1.A long polar tail and a nonpolar head that are water- and membrane-soluble, respectively 2.A long nonpolar tail that is water-soluble 3.A polar head that is membrane-soluble 4.A long nonpolar tail and a polar head that are membrane- and water-soluble, respectively 5.Two of the above What is the basic structure of a soap molecule or ion?

Tro IC3 1.A long polar tail and a nonpolar head that are water- and membrane-soluble, respectively 2.A long nonpolar tail that is water-soluble 3.A polar head that is membrane-soluble 4.A long nonpolar tail and a polar head that are membrane- and water-soluble, respectively 5.Two of the above What is the basic structure of a soap molecule or ion?