WARMUP. Draw the Lewis dot diagram and determine the VSEPR shape for the following compounds. This is practice for the quiz. OF2
|
|
|
- Lizbeth Wilkinson
- 5 years ago
- Views:
Transcription
1 WARMUP Draw the Lewis dot diagram and determine the VSEPR shape for the following compounds. This is practice for the quiz. OF2 HBr SiO2
2 We will take a quiz over VSEPR and assemble a foldable. I will complete the VSEPR quiz and assemble a foldable. Success Criteria - Be able to draw the Lewis dot diagram for a compound. Be able to use that diagram to determine the molecular geometry. Complete assembly of foldable.
3 HOUSEKEEPING If you have not turned in the lab, you should turn it in now. My signature for building the molecules with the molecule kit is worth 6 points out of 30. That s 20%, the same amount that is taken off for being late. So if the only thing you have missing is my signature, then go ahead and turn it in. Remember that Thursday is the final day to take the midterm for those of you who were absent.
4 Agenda We will do a short review and then take the quiz. After the quiz, we will assemble and start filling in our nomenclature choose your own adventure book. For the quiz, I will write the names of the shapes on the board. The only other thing you will have is a laminated periodic table.
5 Please sign up for my REMIND if you have not already. If you have not already signed up for my REMIND, please do so now. The next slide shows the instructions.
6
7 OF2 HBr SiO2
8 NH4+ CO32- H3O+
9 Easy ways to figure out VSEPR from Lewis dot structure. Only 2 atoms - linear 2 atoms bonded to central atom with NO lone pairs - linear 2 atoms bonded to central atom WITH lone pairs - bent 3 atoms bonded to central atom with NO lone pairs - trigonal planar 3 atoms bonded to central atom WITH lone pairs - trigonal pyramidal 4 atoms bonded to central atom - tetrahedral
10 Kahoot We are going to play a kahoot on VSEPR. You will be provided with the Lewis dot structure and will need to determine the molecular geometry from that. No more than two people on each team. You must put both of your names in the team name. I cannot see the names of individual members below. Top 5 teams each get 5 points added to their quiz grade. If I can t tell who you are, then you don t get bonus points. If you don t have a phone, then find a partner who does. Go to kahoot.it
11 Time for the quiz! Clear off the table in front of you. If you want to move to the back to take the quiz, please raise your hand. I can move 8 people to the back of the room. One person per lab table and one person at the desk. I can also take one person at each of the side tables next to the counter. Phones should be turned off and put away. If I see your phone out at any point during the quiz, I will give you a zero on the quiz and turn your phone in to the office. You have twenty minutes for the quiz. After the quiz, we will start assembling our books. Get 4 sheets of paper, any color(s) you like.
12 Names for shapes: Linear Bent Trigonal planar Trigonal pyramidal Tetrahedral
13 Names for shapes: Linear Bent Trigonal planar Trigonal pyramidal Tetrahedral
14 Assembling our books Start off by making a pocket in your notebook just like the one we made for the periodic table. Do this on the first available page in your notebook. For those of you new to the class, do this with the 11th and 12th sheets of paper in your notebook.
15 Collect 4 sheets of paper, any color or combination of colors you would like. Fold your 4 sheets over and staple at the very top. I have only two staplers, so you will have to share. While you are waiting for everybody to catch up, write down these prefixes in your notebook.
16
17 Front cover title Nomenclature D204 First name Last name
18 After the cover, number the pages at the bottom right. There will be 7 pages.
19
20 This is what page 2 will look like when it is complete. We will start with the top of the page on the next slide and then do the bottom of the page.
21
22 -ide
23
24
25 This is what the completed page 5 will look like. We will work through the top part of the page on the next slide.
26
27
28 Practice! We are going to do a kahoot to practice going from formula to name. Get out your phone. Partner up with someone else if you don t have one.
29 Have a nice day!
30 large clock
Do now: Brainstorm how you would draw the Lewis diagram for: H 2 O CO 2
Do now: Brainstorm how you would draw the Lewis diagram for: 2 O CO 2 Shapes of molecules C 4 N 3 2 O C 2 O CO 2 Shapes of molecules Shapes of molecules are determined by the number of bonding and non-bonding
Name: Period: Date: What Is VSEPR? Now explore the Compare Two Structures link. Try changing the display to explore different combinations.
Name: Period: Date: What Is VSEPR? Exploring The Valence Shell Electron Pair Repulsion (VSEPR) model. Go to the Purdue University website to explore VSEPR theory. http://www.chem.purdue.edu/gchelp/vsepr/structur2.html
VSEPR Theory. Chemistry Warm-up: 1. Pick up a set of the skeleton notes from the first lab table.
Chemistry Warm-up: 1. Pick up a set of the skeleton notes from the first lab table. 2. Complete the words of the week assignment. You need to have answers for Tuesday, Thursday and today. Today s : Draw
Chemical Bonds, Molecular Models, and Molecular Shapes
Chemical Bonds, Molecular Models, and Molecular Shapes PRELAB ASSINGMENT Read the entire laboratory write up and answer the following questions before coming to lab. Read the entire laboratory write up
4A seating chart. 5B Jessette. 4B Jonathon. 6C Joseph. 5C Gerardo. 4C Aaren. 6B Samariae. 5D Luis. 4D Alexis. 4A Shontavia. 5A Teya. 6A Traci.
Angela Allison 4A seating chart 4B Jonathon 4C Aaren 5B Jessette 5C Gerardo 6B Samariae 6C Joseph 4A Shontavia 4D Alexis 5A Teya 5D Luis 6A Traci 6D Paul 1B Thomas 1C Kali 2B Mackenzie 2C Dejon 3B Skylar
Chemistry Day 30. Tuesday, November 13 th Wednesday, November 14 th, 2018
Chemistry Day 30 Tuesday, November 13 th Wednesday, November 14 th, 2018 Do-Now: Covalent Bonding CN B 1. Write down today s FLT 2. How can you tell if atoms will form an ionic or a covalent bond? 3. What
Lewis Structure. Lewis Structures & VSEPR. Octet & Duet Rules. Steps for drawing Lewis Structures
Lewis Structure Lewis Structures & VSEPR Lewis Structures shows how the are arranged among the atoms of a molecule There are rules for Lewis Structures that are based on the formation of a Atoms want to
Chemical Bonds, Molecular Models, and Molecular Shapes
Chemical Bonds, Molecular Models, and Molecular Shapes PRELAB ASSINGMENT Write an objective, and answer the following questions in your laboratory notebook before coming to lab. Read the entire laboratory
Fill in the chart below to determine the valence electrons of elements 3-10
Chemistry 11 Atomic Theory IV Name: Date: Block: 1. Lewis Diagrams 2. VSEPR Lewis Diagrams Lewis diagrams show the bonding between atoms of a molecule. Only the outermost electrons of an atom (called electrons)
Today: QUIZ 3 Next Week in Lab: Covering Lectures Next Meeting
Today: Ionic Bonding vs. Covalent Bonding Bond Polarities: Nonpolar Covalent vs. Polar Covalent vs. Ionic Electronegativity Differences Dipole Moments Molecular Polarities: Molecular Symmetry QUIZ 3 Next
In this lesson, students will use Collisions to explore molecular geometry and VSEPR Theory.
Collisions Lesson Plan VSEPR Theory Time: 1-2 class periods Lesson Description In this lesson, students will use Collisions to explore molecular geometry and VSEPR Theory. Key Essential Questions 1. What
Check Your Solution A comparison with the figures in Figure 4.31 on page 234 of the student textbook confirms the results.
Predicting the Shape of a Molecule (Student textbook page 236) 11. What molecular shape is represented by each of the following VSEPR notations? a. AX 3 b. AX 5 E You need to assign a molecular shape that
Covalent Bonds Ch. Why do atoms bond? Atoms want noble gas configuration ( ) For bonds there is a transfer of electrons to get an octet of electrons
Covalent Bonds Ch. Why do atoms bond? Atoms want noble gas configuration ( ) For bonds there is a transfer of electrons to get an octet of electrons For covalent bonds there is a of electrons to get an
Molecular shapes. Balls and sticks
Molecular shapes Balls and sticks Learning objectives Apply VSEPR to predict electronic geometry and shapes of simple molecules Determine molecule shape from electronic geometry Distinguish between polar
Ch 10 Chemical Bonding, Lewis Structures for Ionic & Covalent Compounds, and Predicting Shapes of Molecules
Fructose Water Ch 10 Chemical Bonding, Lewis Structures for Ionic & Covalent Compounds, and Predicting Shapes of Molecules Carbon Dioxide Ammonia Title and Highlight TN Ch 10.1 Topic: EQ: Right Side NOTES
Organic Chemistry Syllabus
Organic Chemistry Syllabus 2017-2018 Instructor Information: Teacher: James Poindexter Room: Belle Vernon Area High School, Room 412 Contact: Phone: 724-808-2500; ext.2412 Email: james.poindexter@bellevernonarea.net
Lewis structures show the number and type of bonds between atoms in a molecule or polyatomic ion.
VSEPR & Geometry Lewis structures show the number and type of bonds between atoms in a molecule or polyatomic ion. Lewis structures are not intended to show the 3-dimensional structure (i.e. shape or geometry)
Unit 6 Topic: Molecular Geometry VSEPR Date: February 25, 2011
Unit 6 Topic: Molecular Geometry VSEPR Date: February 25, 2011 NSES: STS A-E; ASE A-E; SCS 9-12 B Grade level: 10 th and 11 th SOL: CH.2 The student will investigate and understand that the placement of
Homework 08 VSEPR. The active ingredient in some oral anesthetics used in sore throat sprays. What is the molar mass of phenol?
HW08 VSEPR This is a preview of the published version of the quiz Started: Oct 21 at 11:14am Quiz Instruc ons Homework 08 VSEPR Question 1 Consider the structural formula of phenol. The active ingredient
Experiment #2. Lewis Structures
Experiment #2. Lewis Structures A Lewis structure shows how the valence electrons are arranged and indicates the bonding between atoms in a molecule. We represent the elements by their symbols. The shared
Name. Molecular Models
Name Molecular Models Lab Day Introduction: The atom and molecule are truly small; 6 10 23 carbon atoms occupy about 4 cm 3, or each atom has a volume of about 6 10 24 cm 3. Molecules, though larger than
Chemical Bonding and Molecular Models
25 Chemical Bonding and Molecular Models A chemical bond is a force that holds groups of two or more atoms together and makes them function as a unit. Bonding involves only the valence (outer shell) electrons
At the end of this lesson, students should be able to :
At the end of this lesson, students should be able to : (a) Explain Valence Shell Electron Pair Repulsion theory (VSEPR) (b) Draw the basic molecular shapes: linear, planar, tetrahedral, and octahedral.
Chemical Bonding II: Molecular Geometry and Hybridization of Atomic Orbitals
Chemical Bonding II: Molecular Geometry and Hybridization of Atomic Orbitals Chapter 10 Chang & Goldsby Modified by Dr. Juliet Hahn Copyright McGraw-Hill Education. All rights reserved. No reproduction
Coordination Compounds
Coordination Compounds 1. What is a coordination compound composed of? a. Metal Ion b. Ligand c. Counter Ion 2. What is a complex ion? The metal ion and ligand combination. 3. What is a counter ion? An
Chemical bonding & structure
Chemical bonding & structure Ionic bonding and structure Covalent bonding Covalent structures Intermolecular forces Metallic bonding Ms. Thompson - SL Chemistry Wooster High School Topic 4.3 Covalent structures
CP Covalent Bonds Ch. 8 &
CP Covalent Bonds Ch. 8 & 9 2015-2016 Why do atoms bond? Atoms want stability- to achieve a noble gas configuration ( ) For bonds there is a transfer of electrons to get an octet of electrons For covalent
CHEM-UP! D A Y The Academic Support Daytona State College (Chem-Up 3, Page 1 of 101)
CHEM-UP! D A Y 3-2013 The Academic Support Center @ Daytona State College (Chem-Up 3, Page 1 of 101) Chapter 4 Lecture Basic Chemistry Chem Up! An Introduction to Basic Chemistry Concepts Day 3 Fourth
Form J. Test #4 Last Name First Name Zumdahl, Chapters 8 and 9 November 23, 2004
Form J Chemistry 1441-023 Name (please print) Test #4 Last Name First Name Zumdahl, Chapters 8 and 9 November 23, 2004 Instructions: 1. This exam consists of 27 questions. 2. No scratch paper is allowed.
experiment11 Molecular Structures
59 experiment11 OBJECTIVES To determine the number of valence electrons in molecules. To determine the Lewis structure of molecules. To determine the electron pair geometry and geometry (shape) of molecules.
Molecular Models: The shape of simple molecules and ions
Molecular Models: The shape of simple molecules and ions Background The shape of a molecule is very important when investigating its properties and reactivity. For example, compare CO 2 and SO 2. Carbon
Electron Geometry Hybrid Orbitals
Molecular Shape and Hybridized Orbitals CH2000: Introduction to General Chemistry, Plymouth State University Introduction: In chemistry, the three dimensional shape of a molecule is as important as the
Covalent bonds and shapes of molecules
Covalent bonds and shapes of molecules Determining number of bonds We use Lewis dot structures The number of unpaired electrons will be the number of bonds How many bonds would each typically form? H Be
Lewis Dot Structures and Molecular Geometry
Experiment 11 Lewis Dot Structures and Molecular Geometry Pre-Lab Assignment Before coming to lab: Read the lab thoroughly. Answer the pre-lab questions that appear at the end of this lab exercise. Purpose
CHAPTER 12 CHEMICAL BONDING
Chemistry Name Hour Chemistry Approximate Timeline Students are expected to keep up with class work when absent. CHAPTER 12 CHEMICAL BONDING Day Plans for the day Assignment(s) for the day 1 Begin Chapter
Name (printed): Signature:
CHEM Lab Section Number: Name (printed): Signature: This exam consists of 36 questions all of equal value for a total of 225 points. Make sure that your test has all of the pages. Please read each problem
1. Which of the following is an example of a structural formula?
1. Which of the following is an example of a structural formula? A. B. C. D. 2. According to the VSEPR Theory, which of the following molecules will have a linear geometry? A. B. C. D. 3. Which type of
Chemistry 212 MOLECULAR STRUCTURES AND GEOMETRIES
Chemistry 212 MOLECULAR STRUCTURES AND GEOMETRIES LEARNING OBJECTIVES To build models of selected molecules using VSEPR theory. To illustrate patterns of molecular shapes. BACKGROUND The shapes exhibited
MOLECULAR MODELS OBJECTIVES
MOLECULAR MODELS OBJECTIVES 1. To learn to draw Lewis structures for common compounds 2. To identify electron pairs as bonding pairs or lone pairs 3. To use electron pair repulsion theory to predict electronic
Lab #11- Molecular Geometry
Objectives Chesapeake Campus Chemistry 111 Laboratory Lab #11- Molecular Geometry Determine the shape of a molecule using the VSEPR. Draw the Lewis structures of a molecule including bond angles and formal
Electron Geometry Hybrid Orbitals
Molecular Shape and Hybridized Orbitals CH2000: Introduction to General Chemistry, Plymouth State University, Fall 2014 Introduction: In chemistry, the three dimensional shape of a molecule is as important
VSEPR & Molecular Geometry
Bonding Packet Page 1 of 10 Chemistry Bonding Revisited and molecular structures PLEASE BRING YOUR OLD BONDING PACKET, too! VOCABULARY: 1. ionic bonds 2. covalent bonds 3. molecule 4. metallic bond 5.
Part A: There is a table attached to the end of this document. For each molecule or ion in the table, provide entries for columns I through IX.
Chemistry 400 Discussion: VSEPR Theory and Molecular Shapes Instructions: Work through the exercises below. If you have access to molecular model kits, use them to build three dimensional models of the
AP Chemistry - Problem Drill 15: Lewis Structures and VSEPR Theory
AP Chemistry - Problem Drill 15: Lewis Structures and VSEPR Theory No. 1 of 10 1. Which shape would have sp 3 hybridization? (A) Linear (B) Bent (C) Tetrahedron (D) Trigonal planar (E) Octahedron C. Correct.
Molecular Geometry. Valence Shell Electron Pair. What Determines the Shape of a Molecule? Repulsion Theory (VSEPR) Localized Electron Model
Molecular Geometry Learn Shapes you will Because the physical and chemical properties of compounds are tied to their structures, the importance of molecular geometry can not be overstated. Localized Electron
9. Apply the rules for naming and writing formulas for binary molecular compounds.
Chemistry: Hood River Valley High School Unit 5 Note Pack and Goals Name: Period: Unit 5 Bonding, Chemical Names, and Formulas Unit Goals- As you work through this unit, you should be able to: 1. Understand
Bonding. Honors Chemistry Unit 6
Bonding Honors Chemistry Unit 6 Bond Types Ionic: transfer of electrons Covalent: sharing electron pair(s) Metallic: delocalized electrons Predicting Bonds Based on electronegativity difference (look at
The shape of simple molecules (and parts of larger molecules) can be easily predicted using the VSEPR model
1 PREDICTING MOLECULAR SHAPE The shape of simple molecules (and parts of larger molecules) can be easily predicted using the VSEPR model VSEPR = Valence Shell Electron Pair Repulsion Model - Each BOND
Chem 1075 Chapter 12 Chemical Bonding Lecture Outline. Chemical Bond Concept
Chem 1075 Chapter 12 Chemical Bonding Lecture Outline Slide 2 Chemical Bond Concept Recall that an atom has and electrons. Core electrons are found to the nucleus. Valence electrons are found in the s
Chapter 4 Lecture Outline. Copyright McGraw-Hill Education. Permission required for reproduction or display.
Chapter 4 Lecture Outline 1 Copyright McGraw-ill Education. Permission required for reproduction or display. 4.1 Introduction to Covalent Bonding Covalent bonds result from the sharing of electrons between
VSEPR. Valence Shell Electron Pair Repulsion Theory
VSEPR Valence Shell Electron Pair Repulsion Theory Vocabulary: domain = any electron pair or bond (single, double or triple) is considered one domain. bonding pair = shared pair = any electron pair that
4/25/2017. VSEPR Theory. Two Electron Groups. Shapes of Molecules. Two Electron Groups with Double Bonds. Three Electron Groups.
Chapter 10 Lecture Chapter 10 Bonding and Properties of Solids and Liquids 10.3 Shapes of Molecules and Ions (VSEPR Theory) Learning Goal Predict the three-dimensional structure of a molecule or a polyatomic
Thursday, 10:45AM. December 8, PRINT your name on this page and on your computer answer sheet.
Name hemistry 151-001 (3150-151-001) EXAM III Bubble on your scan sheet the orm ode below: Instructions: RM A Thursday, 10:45AM December 8, 2005 225+ pts. 1. Each student is responsible for following instructions.
Name: Class: Date: 3. How many lone pairs of electrons are assigned to the carbon atom in carbon monoxide? a. 0 b. 1 c. 2 d. 3
Class: Date: Midterm 3, Fall 2009 Record your name on the top of this exam and on the scantron form. Record the test ID letter in the top right box of the scantron form. Record all of your answers on the
The VSEPR Model applied to Steric Numbers 2 through 4. (VSEPR Part 3)
This work is licensed by Shawn Shields under a Creativ e Commons Attribution-NonCommercial-ShareAlike 4.0 International License. The VSPR Model applied to Steric Numbers 2 through 4. (VSPR Part 3) By Shawn
8.3 Bonding Theories > Chapter 8 Covalent Bonding. 8.3 Bonding Theories. 8.1 Molecular Compounds 8.2 The Nature of Covalent Bonding
Chapter 8 Covalent Bonding 8.1 Molecular Compounds 8.2 The Nature of Covalent Bonding 8.3 Bonding Theories 8.4 Polar Bonds and Molecules 1 Molecular Shape What information does a structural formula give
To visualize the three-dimensional structures of some common molecules. To obtain bond angle, bond length, and hybridization data for molecules.
Molecular Geometry PURPOSE A B C To explore some simple molecular structures. To explore the relationship between bond order and bond length. To explore resonance structures. GOALS To compare Lewis structures
CHM 130LL: Molecular Models
CM 130LL: Molecular Models In this lab, you will study covalently bonded molecules i.e., molecules where nonmetal atoms are held together because they share one or more pairs of electrons. In this experiment,
Covalent Compounds: Bonding Theories and Molecular Structure
CHM 123 Chapter 8 Covalent Compounds: Bonding Theories and Molecular Structure 8.1 Molecular shapes and VSEPR theory VSEPR theory proposes that the geometric arrangement of terminal atoms, or groups of
A DOT STRUCTURE FOR A LARGER MOLECULE ETHANOL! Count valence electrons
212 A DOT STRUCTURE FOR A LARGER MOLECULE Count valence electrons Pick central atom and draw skeletal structure - central atom is usually the one that needs to gain the most electrons! - skeletal structure
Chapter 9 Molecular Geometries. and Bonding Theories
Chapter 9 Molecular Geometries and Bonding Theories Coverage of Chapter 9 9.1 All 9.2 All 9.3 All 9.4 All 9.5 Omit Hybridization Involving d Orbitals 9.6 All 9.7 and 9.8 Omit ALL MOLECULAR SHAPES The shape
Molecular Geometry. Objectives N H H. The objectives of this laboratory are to:
Objectives The objectives of this laboratory are to: Molecular Geometry Write Lewis structure representations of the bonding and valence electrons in molecules. Use the VSEPR model to predict the molecular
Chapter 13: Phenomena
Chapter 13: Phenomena Phenomena: Scientists measured the bond angles of some common molecules. In the pictures below each line represents a bond that contains 2 electrons. If multiple lines are drawn together
Illinois Central College CHEMISTRY 130 Laboratory Section: To predict the shapes of molecules based on their Lewis Structures.
Exercise 12 Page 1 Illinois Central College CEMISTRY 130 Laboratory Section: Molecular Structure Name: Objectives To predict the shapes of molecules based on their Lewis Structures. Background The Valence
Science Starter. Give the name of the following compounds. Give the formula for the following compounds. 1. Na 3 N 2. V 2 S 3.
Science Starter Give the name of the following compounds. 1. Na 3 N 2. V 2 S 3. Li 2 SO 4 Give the formula for the following compounds. 1. Potassium carbonate 2. Iron (IV) oxide 3. Sodium nitride Objective
Introduction to VSEPR Theory 1
1 Class 8: Introduction to VSEPR Theory Sec 10.2 VSEPR Theory: The Five Basic Shapes Two Electron Groups: Linear Geometry Three Electron Groups: Trigonal Planar Geometry Four Electron Groups: Tetrahedral
Name (printed): Signature:
CHEM Lab Section Number: Name (printed): Signature: This exam consists of 36 questions all of equal value for a total of 225 points. Make sure that your test has all of the pages. Please read each problem
Molecular Geometry and Chemical Bonding Theory
Molecular Geometry and Chemical Bonding Theory The Valence -Shell Electron -Pair Repulsion (VSEPR) Model predicts the shapes of the molecules and ions by assuming that the valence shell electron pairs
Intramolecular Bonding. Chapters 4, 12 Chemistry Mr. McKenzie
Intramolecular Bonding Chapters 4, 12 Chemistry Mr. McKenzie What determines the type of intramolecular bond? An intramolecular bond is any force that holds two atoms together to form a compound; 3 types
Chapter 10 Shapes of Molecules. Dr. Sapna Gupta
Chapter 10 Shapes of Molecules Dr. Sapna Gupta Shapes of Molecules - Importance All molecules have a 3D orientations; even the diatomic ones because atoms have a volume. In case of tri atomic or polyatomic
CHEMISTRY - MCMURRY 7E CH.7 - COVALENT BONDING AND ELECTRON DOT STRUCTURES
!! www.clutchprep.com CONCEPT: ELECTRONIC GEOMETRY When drawing a compound you have to take into account two different systems of geometrical shape. The simpler system known as electronic geometry or shape
Chemistry 20 Course Outline
Chemistry 20 Course Outline Textbook: Frank Jenkins, et al, Nelson Canada. Unit Outline (approximate page numbers included) Review Unit A. Chapter 1: Elements and Compounds (p. 6-39) B. Chapter 2: Chemical
: O: (1) (2) (3) (4) Page 1 of 6 : : : : : : (8) H H
Experiment #12 MOLECULAR MODELS An aspect of chemistry, which traditionally proves to be difficult to many students, is the visualization of compounds, ions, and molecules in three dimensional space. In
McCord CH301 Exam 3 Oct 26, 2017
483 version last name first name signature McCord C301 Exam 3 Oct 26, 2017 50070 Thursday Remember to refer to the Periodic Table handout that is separate from this exam copy. NOTE: Please keep this exam
Unit 1: The Diversity of Matter and Chemical Bonding. Chapter 1: Chemical Bonding. Lesson 1 Forming Ionic Compounds.
Unit 1: The Diversity of Matter and Chemical Bonding Chapter 1: Chemical Bonding Lesson 1 Forming Ionic Compounds Lesson 2 Forming Covalent Compounds Lesson 3 The Nature of Chemical Bonds Nov 17 2:45 PM
4/7/2017. Chapter 5. Chemical Bonding: The Covalent Bond Model
Chapter 5. Chemical Bonding: The Covalent Bond Model Introduction to Inorganic Chemistry Instructor Dr. Upali Siriwardane (Ph.D. Ohio State) E-mail: upali@latech.edu Office: 311 Carson Taylor all ; Phone:
Chemistry and the material world Lecture 3
Chemistry and the material world 123.102 Lecture 3 Electronic bookkeeping we need a way of finding out in which proportions two or more atoms make up a molecule is it CH 3 or CH 4 or CH 5? counting valence
Chapter 6. The Chemical Bond
Chapter 6 The Chemical Bond Some questions Why do noble gases rarely bond to other elements? How does this relate to why the atoms of other elements do form bonds? Why do certain elements combine to form
Section 12: Lewis Structures
Section 12: Lewis Structures The following maps the videos in this section to the Texas Essential Knowledge and Skills for Science TAC 112.35(c). 12.01 Electronegativity Chemistry (5)(C) 12.02 Electron
Valence Shell Electron Pair Repulsion Model
Valence Shell Electron Pair Repulsion Model Why? Molecules adopt a shape that minimizes their energy. In most cases simply considering the repulsive energy of electron pairs is sufficient to predict molecular
Lewis Theory of Shapes and Polarities of Molecules
Lewis Theory of Shapes and Polarities of Molecules Sulfanilamide Lewis Structures and the Real 3D-Shape of Molecules Molecular Shape or Geometry The way in which atoms of a molecule are arranged in space
Chapter Molecules are 3D. Shapes and Bonds. Chapter 9 1. Chemical Bonding and Molecular Structure
Chapter 9 Chemical Bonding and Molecular Structure 1 Shape 9.1 Molecules are 3D Angle Linear 180 Planar triangular (trigonal planar) 120 Tetrahedral 109.5 2 Shapes and Bonds Imagine a molecule where the
Ch 13: Covalent Bonding
Ch 13: Covalent Bonding Section 13: Valence-Shell Electron-Pair Repulsion 1. Recall the rules for drawing Lewis dot structures 2. Remember the special situations: - Resonance structures - ormal charges
!..!.. : F F :! Chem Level 3: Lewis Dot Diagram activity : Name Page 1
hem Level 3: Lewis Dot Diagram activity : Name Page 1 Part 1: This Activity will help you learn to draw Lewis Dot Diagrams/Structural s for molecules. pen the web site : http://firstyear.chem.usyd.edu.au/ihem/lewis.shtml
Intermolecular and Ionic Forces
Intermolecular and Ionic Forces Comparing IMF Using Percent Evaporation: This lab will explore changing masses during evaporation of organic liquids. The decrease in mass is related to the strength of
Lecture 17: VSEPR & polarity 2
Lecture 17: VSEPR & polarity 2 Read: BLB 9.3 HW: BLB 9.33,35,38 Sup 9:8 11 molecular geometry molecular polarity Exam #2: Monday, March 2 @ 6:30; review previous material, so you UNDERSTAND what we ve
CHEMISTRY - ZUMDAHL 2E CH.4 - MOLECULAR STRUCTURE AND ORBITALS.
!! www.clutchprep.com CONCEPT: ELECTRONIC GEOMETRY When drawing a compound you have to take into account two different systems of geometrical shape. The simpler system known as electronic geometry or shape
Chemical Bonds. Chapter 6
Chemical Bonds Chapter 6 1 Ch. 6 Chemical Bonding I. How and Why Atoms Bond A. Vocabulary B. Chemical Bonds - Basics C. Chemical Bonds Types D. Chemical Bonds Covalent E. Drawing Lewis Diagrams F. Bond
Living By Chemistry. Unit 2: SMELLS Molecular Structure and Properties
Living By Chemistry Unit 2: SMELLS Molecular Structure and Properties Section II: Building Models Lesson 9 New Smells, New Ideas Lesson 10 Two s Company Lesson 11 Let s Build It Lesson 12 What Shape Is
Organic Chemistry. Review Information for Unit 1. VSEPR Hybrid Orbitals Polar Molecules
rganic hemistry Review Information for Unit 1 VSEPR ybrid rbitals Polar Molecules VSEPR The valence shell electron pair repulsion model (VSEPR) can be used to predict the geometry around a particular atom
CHEM 110 Exam 2 - Practice Test 1 - Solutions
CHEM 110 Exam 2 - Practice Test 1 - Solutions 1D 1 has a triple bond. 2 has a double bond. 3 and 4 have single bonds. The stronger the bond, the shorter the length. 2A A 1:1 ratio means there must be the
Lab Lecture on VSEPR and SPARTAN Chem 141 Lab Dr Abrash 10/3/2011
Q: What is the purpose of this lab? Lab Lecture on VSEPR and SPARTAN Chem 141 Lab Dr Abrash 10/3/2011 To learn two methods to study and predict the shapes of molecules. One is a rule based paper method
Lecture Presentation. Chapter 10 Chemical Bonding II: Molecular Shapes, Valence Bond Theory, and Molecular Orbital Theory
Lecture Presentation Chapter 10 Chemical Bonding II: Molecular Shapes, Valence Bond Theory, and Molecular Orbital Theory Predicting Molecular Geometry 1. Draw the Lewis structure. 2. Determine the number
Chapter , Exam 2
Chapter 4 4.5-4.7, 4.9-4.10 Exam 2 Covalent Bonding Covalent bonds are formed when two nonmetals combine The atoms share electrons. If the atoms share 2 electrons a single covalent bond is formed. If the
Chapter 9. Molecular Geometry and Bonding Theories
Chapter 9. Molecular Geometry and Bonding Theories PART I Molecular Shapes Lewis structures give atomic connectivity: they tell us which atoms are physically connected to which atoms. The shape of a molecule
CHEMICAL BONDING. Chemical Bonds. Ionic Bonding. Lewis Symbols
CHEMICAL BONDING Chemical Bonds Lewis Symbols Octet Rule whenever possible, valence electrons in covalent compounds distribute so that each main-group element is surrounded by 8 electrons (except hydrogen
Lewis Dot Structures for Methane, CH 4 The central C atom is bonded by single bonds (-) to 4 individual H atoms
Chapter 10 (Hill/Petrucci/McCreary/Perry Bonding Theory and Molecular Structure This chapter deals with two additional approaches chemists use to describe chemical bonding: valence-shell electron pair
* one of these choices is not used
IONIC BONDING REVIEW WORKSHEET Part 1 - Complete each of the following sentences by filling in the appropriate word or phrase from the list below. negative noble gas octet anion positive electrons ions
MA Exam 1 Fall 2015 VERSION 01
VERSION 01 Your name Student ID # Section # and recitation time 1. You must use a # pencil on the scantron sheet (answer sheet).. Check that the cover of your Question Booklet is GREEN and that it has
Chapter 10 Molecular Geometry and Chemical Bonding Theory. Copyright Cengage Learning. All rights reserved. 10 1
Chapter 10 Molecular Geometry and Chemical Bonding Theory Copyright Cengage Learning. All rights reserved. 10 1 Molecular geometry is the general shape of a molecule, as determined by the relative positions