Warm-up: Concept: ATOMIC STRUCTURE PS-2.2-2.3 There are 3 questions. You have 3min to answer each question.

Slides:

Advertisements

Similar presentations

Groups in the Periodic Table. Metal, Non-metal, or Metalloid? Colour or write in the metals, non-metals, and metalloids. Be sure to classify every element.

Advertisements

Element Family Jeopardy

5.4 Trends In the periodic Table (Page )

Oxidation Numbers.

How to do it… Step One: The Octet (8) rule…Atoms will gain or lose electrons to have a total of 8 electrons in their outer shell.

Electron Configurations Write the orbital type and energy level with superscripts for the number of electrons they contain.

Chapter 7-1 Electrons and their Energy Levels Part 2.

NOBLE GAS NOTATION. REMEMBER: Think of the process like a race track.

Chapter 5: The periodic Table

PERIODIC TABLE GROUPS FAMILIAR FAMILIES OF THE PERIODIC TABLE.

THE PERIODIC TABLE AND PERIODIC LAW (CHAPTER 6) A little history… Dmitri Mendeleev Drew a parallel between an element’s properties and their weights Henry.

Integrated Science Midterm Review

The Periodic Table Trends - Pg Bonds – Pg 334.

Midterm Review Chapter 4 Periodic Table. Dmitri Mendeleev Father of the periodic table.

PART 4 PERIODIC TRENDS: IONIZATION ENERGY or… BREAKING THE SPRING!!!

Quiz Review : Bohr Models and Periodic Trends. What elements are found in period 5?S, Z What elements are the most reactive? What elements are chemically.

The Periodic Table. Basics Each element on the Periodic Table has a unique atomic structure Each element has a symbol that is used as a shorthand way.

Kayla McAuley. Chemical Reactivity  Some elements are highly reactive while others arent  A chemical reaction: A transformation resulting in a change.

& Bell Work Write the Electron Configuration and Circle the Valence Electrons for: Magnesium Calcium.

Valence Electrons & Lewis Dot Diagrams. Periodic Table Divisions Main Group or “Representative Elements” Main Group or “Representative Elements” Elements.

Unit 1 Chemical Bonding: Ionic 1.2 What is the Octet Rule AIM: What’s so special about having a full octet? DO NOW: Draw a Lewis Dot Diagram of Oxygen.

(2.2) The Periodic Table (p )

Noble Gas Configuration  NOBLE GASES: The far right column of the periodic table  The s & p sublevels are filled  Very stable elements  Example: Neon.

Unit 3 Periodic Table and Valence electrons

Unit 3 Periodic Table and Valence electrons

Groups of the Periodic Table. Valence Electrons  The electrons in the OUTERMOST energy level of the atom. These are the electrons furthest from the nucleus.

Chemical Bonds: Stability in Bonding Chapter 20 Section 1.

Ch. 5 Ionic Compounds Section 1 Simple Ions. Questions To Think About 1. What is the difference between an atom and an ion? 2. How can an atom become.

Chemical Bonding. Chemical Families The Rutherford-Bohr models of the atom can be extended to develop a model of how chemical compounds form.

Day Which of the following are larger? F OR S Give all 3 reasons why (BE SPECIFIC!).

Chemistry Ions.

Week 12 Quiz Prep Sheet Know the location of the following: Transition metals, metalloids, Metals, Non-metals, alkali metals, alkaline earth metals, halogens,

Quick Review SPI Periodic Table Periodic table  A chart of all known chemical elements  Shows all the different types of atoms Purpose  To.

Trends in the Periodic Table. Groups Alkali metals – group 1 Alkaline Earth Metals – group 2 Transition Metals – groups 3-12 Halogens – group 17 Noble.

Periodic Trends. History of the Periodic Table  1871 – Mendeleev arranged the elements according to: 1. Increasing atomic mass 2. Elements with similar.

Chapter 5: The Periodic Table. History of the Periodic Table Dmitri Mendeleev published the first periodic table, based on increasing atomic masses.

Atoms, Bonding and the Periodic Table Notes 5-1 Key Ideas: 1. How is the reactivity of elements related to valence electrons in atoms? 2. What does the.

Periodic Table in 3 Sections (1) Metals, (2) Metalloids, & (3) Nonmetals Metals: (on the left & middle) Nonmetals: (on the right) Metals (on the left and.

Valence Electrons I. Def- Electrons that are found in the outermost energy level or orbital. A. These are the electrons that are involved in chemical bonding.

The Octet Rule. Happy atoms have a full outer energy level of electrons. They rarely combine with other elements. Nonreactivity is why they are called.

CHEMISTRY PART 4 Reactivity and Ions. Reactivity  Atoms want to be stable.  Want a full valence shell.  Want to be like the nearest Nobel Gas  The.

Chemistry 6. Warm-up All elements would like to have a complete outermost energy level. Identify which Group on the periodic table are 1. Most stable.

Marking-Up Your Periodic Table

REPRESENTING ATOMS. 1. Atoms that are not bonded and stand alone are neutral. 2. That means in neutral atoms the number of protons are equal to the number.

T. Trimpe Periodic Table Basics Challenge 4 T. Trimpe

Science 9 Periodic Table Review

HONC1234 Practice C3H8O2 C5H13N C4H10 C5H12O C8H19N

The Periodic Table G R O U P S P E R I O D S.

TRENDS IN THE PERIODIC TABLE

Atoms, Bonding and the Periodic Table

Putting Atoms Together

Review for Bonding Title the page: 10/28 Warm-Up: Review for Bonding

Chapter 7-1 Electrons and their Energy Levels Part 2

2.3 Periodic Table and Atomic Theory

Valence Electrons.

What is an ion? A charged particle that results from the LOSS or GAIN of electrons Positively charged  cation Negatively charged  anion Atoms gain/lose.

Chapter 5.4, 6.3, 6.4, IONS AND IONIC COMPOUNDS

Week 2: Cell chemistry: atoms and their ions

Week 2: Cell chemistry: atoms and their ions

Atoms, Bonding and Periodic Table Important Stuff to Know!!!!

Chapter 3 Notes: The Periodic Table

The Octet Rule.

Non-Metals: To the right of the staircase

Revision for test Year 9 C2.

Bell Ringer Continue working on Chapter 5 Vocabulary in your notebook. (p. 178)

Periodic Table: Periods: Are the horizontal rows on the

T. Trimpe Periodic Table Basics Challenge 5 T. Trimpe

Chapter 7-1 Electrons and their Energy Levels Part 2

Section 2: Atoms, Bonding, and the Periodic Table

Patterns in the Periodic Table

Presentation transcript:

Warm-up: Concept: ATOMIC STRUCTURE PS There are 3 questions. You have 3min to answer each question.

A. A noble gas has a filled valence level. Based on this fact, which of the following atoms is a Noble gas?

B. Atoms of elements in the Halogen group have 7 valence electrons. Based on this fact, which of the following atoms is a Halogen?

C. In most situations, Noble gases are non-reactive because they have a filled valence level. Based on this fact, which of the following atoms is least reactive?

Time’s up…Click to view answers

A.“E” has a filled valence level with a stable octet of 8 valence electrons. B.Atom “D” has 7 valence electrons. It is a Halogen in group 17 of the periodic table. All Halogens have 7 valence electrons. C.Atom “E” is a Stable Noble gas. Like the other Noble gases it is in group 18