THE PERIODIC TABLE Objectives To be able to identify groups and periods in the periodic table To know the positions of group1, group 0 and group 7 in the.

Slides:



Advertisements
Similar presentations
Explain, in terms of electrons, why potassium reacts more violently than sodium. (3 marks) bigger atom or outer shell electron further from nucleus or.
Advertisements

Metals, Non-Metals, & Metalloids; Groups / Families & Periods
KING FAHD UNIVERSITY OF PETROLEUM AND MINERALS PYP 001 Fall 2012 (Term 121) Chapter 6 The Periodic Table.
Halogens AKA “Salt-Formers” Group 17
Introductory Chemistry, 3 rd Edition Nivaldo Tro Electrons in Atoms and the Periodic Table.
How substances are named:
The Periodic Table.
Diatomic Molecules. Nitrogen gas molecules A Collection of Argon Atoms.
Lesson #3: Periodic table Objective: - The periodic table has groups and periods -Identify the groups and periods properties.
Metals, Non-Metals, & Metalloids; Groups / Families & Periods
Reading the Periodic Table. A way of organizing & classifying elements Arranged in rows and columns.
The Periodic Table. MENDELEEV Old image of periodic table.
Objective 4.03 Objective 4.03: Explain how the Periodic Table is a model for: • Classifying elements • Identifying the properties of elements.
Slide 1 Section 3.4 Using the Periodic Table Objectives  To learn the various features of the periodic table  To learn some of the properties of metals,
The Periodic Table. History of the Periodic Table Solving the Periodic Puzzle  Created by Dmitri Mendeleev in late 1800s  Organized according to increasing.
Group 17 Halogens By: Eli, Emma, Liz, Monica, and MJ.
The periodic table L.O.: Use the periodic table to find: the symbol of an element, metals and non-metals, halogens and noble gases. Explain the reactivity.
Chapter 4: Atoms and Elements.  Identify metals, nonmetals, and metalloids.  Use the periodic table to classify elements by group.
Reading the Periodic Table. A way of organizing & classifying elements Arranged in rows and columns.
Families on the Periodic Table
Periodic Table Of Elements. Understand the organization of the periodic table. Identify properties of metals and non-metals KEY WORDS Periodic tableFamilyPeriod.
Unit 2 – Matter and Chemical Change. Topic 4 – Classifying Elements  Elements are given symbols from Latin, planets, scientists, places  They can be.
Section 4: Nonmetals and Metalloids
Reading the Periodic Table. A way of organizing & classifying elements Arranged in rows and columns Based on their chemical properties Families given.
Group 7 Elements The Halogens. Group 7 – the halogens The elements in group 7 of the periodic table, on the right, are called the halogens. fluorine chlorine.
I’ve highlighted the group that halogens are in.
Patterns in the Periodic Table. Learning Goals I will be able to recognize groups of the periodic table.
Element project: Group 17
A group of non metal elements
 Elements are arranged in rows and columns  Rows = Periods  Columns = Groups or Families.
Notes A.10-A.13 Organization of Periodic Table. Organization ● The periodic table is organized two ways, by period and by family ● Period = Going across.
The Periodic Table is arranged according to the Periodic Law. The Periodic Law states that when elements are arranged in order of increasing atomic.
Melissa Stuart, Megan Pyne, & Amanda Ward Period 1 Chemistry.
The Periodic Table. The Periodic Table is the central tool of the chemist, but it is used by scientists in all fields of study. It was developed by Russian.
Periodic Table.  Developed by Dmitri Mendeleev  Elements in order of increasing atomic #
Metals, Non-Metals, & Metalloids; Groups / Families.
Introduction to Chemistry Chemistry is the study of matter. Matter is anything that takes up space and has mass. All matter is made up of small particles.
Periodic Table Quiz What is the lightest element on the periodic table? How many elements are there? What is the name for columns? What is the name for.
Reading the Periodic Table
The Modern Periodic Table
Introduction to the Periodic Table
The periodic Table.
Periodic Table Learning Outcomes: I know the names of Group 1, 7 and 8
PERIODIC TABLE Topic 5 Review Book
METAL NON METAL Alkali Alkaline Earth Metals Transition Metalloids
Metals and Non Metals.
Groups of Elements.
Groups of Elements.
The periodic table.
Group 7 The Halogens.
Metals, Non-Metals, & Metalloids; Groups / Families & Periods
Groups of Elements.
Chemical Properties.
February 29 and March 1 The Periodic Table.
Groups of Elements.
Melting and Boiling points?
PERIODS GROUPS.
Reading the Periodic Table
Chapter 4 Section 4: Nonmetals and metalloids
Halogens By Arnav Patel.
The Periodic Table.
Non-Metals.
The Periodic Table.
Halogens By: Brady Bantz.
Learning Objective Describe the properties of group seven elements
Chapter 3 and 10 Preslee bunch.
Arrangement of the Periodic Table
The Periodic Table.
Presentation transcript:

THE PERIODIC TABLE Objectives To be able to identify groups and periods in the periodic table To know the positions of group1, group 0 and group 7 in the periodic table To know the positions, properties and uses of the halogens Read through the slides and then complete the linked worksheets

THE PERIODIC TABLE The rows across the elements in the periodic table are called periods The columns down are called groups. The groups are numbered from 1 to 8 Group 8 is also called group 0.

SOME GROUPS Group 1 are found on the far left side and are called the alkali metals Group 7 are found at the right hand side and are called the halogens. Group 8 are also known as group 0 and are called the noble gases

GROUP 7 These elements are all non- metals. They are also called the halogens They are:- Fluorine Chlorine Bromine Iodine

They have low melting points (this means that the change from a solid to a liquid at a low temperature) They do not conduct electricity They go around as pairs of atoms. We call them diatomic molecules We write them like this Fluorine - F 2 Chlorine - Cl 2 Bromine - Br 2 Iodine - I 2

What are they like? Fluorine is a very pale yellow gas Chlorine is a green gas Bromine is a dark red brown liquid Iodine is a black shiny solid

THE REACTIONS OF THE HALOGENS The halogens like to take part in chemical reactions The react with metals to make salts The most reactive halogen is fluorine and the least reactive is iodine. They get less reactive as you go down the group most reactive Least reactive The halogens like to take part in chemical reactions The react with metals to make salts The most reactive halogen is fluorine and the least reactive is iodine. They get less reactive as you go down the group

Uses of the halogens Iodine is used as an antiseptic Chlorine is used in swimming pools to kill bacteria Fluorine is used in tooth paste Bromine is used photographic film

Click here Click here and complete the worksheet Click here to complete the reactions of the halogens Click here

Click here to go to part 3