3.1 Periodic Table Metals-left side Luster, conductors, malleable, ductile, solids Positive ions Main Groups.

Slides:

Advertisements

Similar presentations

CHAPTER 6 NOTES: The Periodic Table

Advertisements

Periodic Table of the Elements. u These are called the inner transition elements and they belong here.

Bell Work Name three common traits for each of the following: Alkali Metals, Alkaline Earth Metals, Lanthanides, and Actinides.

Periodic Table Families

Periodic Table of Elements (Organization)

The Periodic Table. History of the Periodic Table Solving the Periodic Puzzle  Created by Dmitri Mendeleev in late 1800s  Organized according to increasing.

Periodic Table Unit IV. I History A. Mendeleev Arranged elements by their masses Arranged elements by their masses B. Moseley Arranged elements by their.

A guide..   Is a valuable tool to chemists  Gives a lot of information about the elements  Can be used to predict properties of elements The Periodic.

The Periodic Table  Dimitri Mendeleev was the Russian scientist who developed the original Periodic Table  The Periodic Table is an arrangement of all.

Families on the Periodic Table

Unit 2 – Matter and Chemical Change. Topic 4 – Classifying Elements  Elements are given symbols from Latin, planets, scientists, places  They can be.

Family or Group – a vertical column on the Periodic Table made up of similar elements.

Families on the Periodic Table Elements on the periodic table can be grouped into families bases on their chemical properties. Each family has a specific.

Topic #12: The Periodic Table of Elements. Valence electrons - outermost electrons of an atom, which are important in determining how the atom reacts.

Periodic Trends Jeopardy. Atomic Radius Ionic Radius Ionization Energy FamiliesVocabulary Assorted Questions Boa rd.

Periodic Table.

Metals High luster when cleaned and high conductivity Non-metals Low luster when cleaned and low conductivity Metalloids Combo of metals and non-metals.

PERIODIC TABLE PERIODIC TABLE. PERIODIC TABLE PERIODS- are the rows, the numbers are principle energy levels (PEL). GROUPS- are columns, based on the.

The Periodic Table. The Father of the Periodic Table— Dmitri Mendeleev Mendeleev ( ) was the first scientist to notice a relationship between.

The Periodic Table 8.5C: Interpret the arrangement of the Periodic Table, including groups and periods to explain how properties are used to classify.

Families of the Periodic Table. Hydrogen Elements Gas: Hydrogen.

The Periodic Table. zMetals zNonmetals zMetalloids.

Major and Minor Groups on the Periodic Table. 1. Representative Elements.

Periodic Properties Periodic Table with f-block included A.Electron Configurations.

Chapter 6 The Periodic Table and Periodic Law. Development of the Modern Periodic Table Modern Periodic Table Periodic law – states that there is a periodic.

Periodic Table 1. History of the Periodic Table 3.

Properties of Metals and Nonmetals Periodic Table Classification.

Quick Question: Who developed the Periodic Table of Elements?

THE PERIODIC TABLE.

LT2 & 3: Periodic Table Basics & Trends

Mendeleev’s Periodic Table (1869)

Periodic Table Families

Elements and their Properties

Warm Up Describe how the periodic table is arranged.

Families of Elements.

3.3 – NOTES – The Groups of the Periodic Table

Chapter 5B Notes Exploring the Periodic Table

10/20 Opener Determine the electron configuration of the following elements: Cl K Al.

Chemistry Notes: The Periodic Table

HISTORY OF THE PERIODIC TABLE NOTES

Introduction to The Periodic Table

PERIODIC TABLE Topic 5 Review Book

The Periodic Table A guide..

Turn in warm-ups for the last 2 weeks

Periodic table Chapter 6.

LT2: Periodic Table Basics

Chapter 6 Periodic Trends

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

Periodic Table.

Periodic Trends Jeopardy.

Periodic Trends Electronegativity increases from the left to the right, and from the bottom to the top Atomic radius increases from the right to left,

Unit 4 – Lesson 1 The Periodic Table.

Chapter 11 & 12 The Periodic Table & Periodic Law.

Periodic Properties.

Periodic Table.

Periodic table.

The Periodic Table.

PERIODIC TABLE DATA SHEET

Periodic Table Guide METALS Metalloids/Semimetals NONMETALS

Periodic Table Families & Identifying

Periodic Table Families & Identifying

Periodic Table Why Periodic????

One way of organizing the periodic table

Periodic Trends.

Periodic Table Unit IV.

Periodic Table and Periodicity

PERIODIC TABLE Where it all is.

Periodic Table Geography

Patterns in the Periodic Table

Presentation transcript:

3.1 Periodic Table

Metals-left side Luster, conductors, malleable, ductile, solids Positive ions Main Groups

Nonmetals-far right side Dull, insulators, shatter, brittle Negative ions Main Groups

Metalloids-middle intermediate characteristics Elements touching black line (except Aluminum) Main Groups

Hydrogen Nonmetal 1 valence electron Forms 1 + or rarely 1 - ions

Alkali Metals 1 valence electron Forms 1 + ions Found in compounds in nature Very reactive

Alkaline Earth Metals 2 valence electrons Forms 2 + ions Found in compounds in nature Not as reactive as the Alkali Metals

Transition Metals Most common metals Can have multiple ion charges Relatively non-reactive Chemical reactions result in a color change Mercury is a liquid at room temp STAR THIS ON YOUR PERIODIC TABLE!

Boron Family 3 valence electrons Form 3 + ions

Carbon Family 4 valence electrons Forms 4 + ions

Nitrogen Family 5 valence electrons Forms 3 - ions

Oxygen Family 6 valence electrons Form 2 - ions

Halogens 7 valence electrons Form 1 - ions Found in compounds in nature Very reactive Bromine is a liquid at standard temp STAR THIS ON YOUR PERIODIC TABLE!

Noble Gases 8 valence electrons Most are non-reactive All are gases

Inner Transition Metals Lanthanide Series Actinide Series

Periodicity Electronegativity- Ability to attract electrons in a chemical bond Atomic Radius- Size of neutral atoms Ionic Radius- Size of ions 1 st ionization energy- Energy needed to pull off one electron Francium, Fr Large radius Low ionization energy Low electronegativity Fluorine, F Small radius High ionization energy High electronegativity

Label the following on your periodic table: Trend lines for: electronegativity, ionization energy AND atomic radius Metals Non-metals Metalloids Transition metals Inner transition metals Names of the columns of the main group elements Number of valence electrons in that column Charge in that column