Name:_____________________________

Slides:

Advertisements

Similar presentations

Bohr Model Notes.

Advertisements

Bohr Rutherford and Lewis Dot Diagrams

Atomic Mass & Number Isotopes The Periodic Table.

The Bohr Model and Electron Dot Diagrams

The Atom By Miss Buicke. What we must know from the syllabus: OC39 Describe the structure of the atom, state the location, relative charge, and atomic.

Periodic Table How to use it…. ATOMIC NUMBER: The number of protons in the nucleus. It is the number of protons that identifies the element

Chapter 4.1 Atomic Theory. Atom Smallest particle of an element that has all the properties of that element Atomic theory is the study of the nature of.

Bohr Diagrams. # protons = Bohr Diagrams # protons = atomic number.

Lewis Dot Notes. Lewis Dot Diagrams Illustrates the number of valence electrons – Valence electrons = Number of electrons in outer shell – Placed around.

Chemical Bonding Joining atoms together to make compounds.

Atomic Structure BASIC INFORMATION.

ELECTRONS!!! Parts of an atom. Electrons Negative charge Located outside the nucleus in an electron cloud They are organized into shells Move very quickly.

Bohr Models are NOT Boring! How to Draw Bohr Diagrams.

Vocabulary ATOM-the smallest unit that maintains the characteristics of an element – Nucleus- The center of the atom, contains protons and neutrons –

Electron Cloud Structure. Electron cloud structure In a neutral atom the # of electrons will equal the # of protons.

Bohr Model & Lewis Dot Diagrams

Topic: Bohr Model Date: 11/19/2012

Valence Electrons Lewis Dot/Electron Dot Diagrams.

Bohr Diagrams or Shell Models

Bohr-Rutherford Diagrams for Neutral Atoms

The atom. Atoms Atoms are the thought of as the smallest part of an element They are formed from three different sub- atomic particles These are call.

Electron Configurations 03/28/12. N. Bohr 1913 Electrons travel in definite paths. Electrons jump between levels from path to path. Bohr Model of the.

Understanding Atoms Atoms = smallest parts of matter Atoms have 3 main parts Protons (positive charge) Neutrons (no charge) Electrons (negative charge)

Electrons & their arrangement in an atom. Electrons live in something called energy levels. Only so many electrons can be in any energy level. The electrons.

Name of Element Name: Teacher: Ms. Anceriz.  Name of Element: Symbol: Date Element was discovered: Atomic Mass: Atomic number: Type of element: (metal,

Periodic Table of Elements and Atom Notes 6.4 a,b,c Atoms are made up of protons, neutrons and electrons. The nucleus contains the protons and neutrons.

Drawing Bohr- Rutherford Diagrams Science 10 Chemistry Unit.

Drawing the Atom.

VALENCE ELECTRONS Rule for Electrons 1 st Ring = Max 2 Electrons 2 nd Ring = Max 8 Electrons 3 rd Ring = Max 8 Electrons.

ATOMIC STRUCTURE 8A1 ALYSSA.

Part A: Atomic Structure

Elements & Atoms.

The Structure of the Atom

Periodic Table Study Guide

The Bohr Model and Electron Dot Diagrams

The Bohr Diagram gives the entire structure of the Atom

Atomic Structure.

Topic #8: Bohr Models and Lewis dot Diagrams

Periodic Table How to Draw Bohr Diagrams

Electrons move rapidly around the nucleus in areas called shells.

Bohr-Rutherford Diagrams

Explaining the Periodic Table

REMINDER ELECTRON CLOUD Surrounds the nucleus

Element Name Element Symbol Atomic # Atomic Weight # of Protons

Valence Electrons & Bohr Diagrams

Quick draw: Draw a model of an atom (Remember that an atom is made

Name That Atom! Use your knowledge of atoms to find the name of each of the following atoms. Use a Periodic Table!

Drawing Bohr Models.

Atomic Structure The Bohr Model.

All About Atoms!.

How to Make a Bohr Model.

Bohr Diagrams Rules and Directions.

Atom, Bohr-Rutherford, and the Periodic Table

Periodic Table Study Guide

Atomic Structure Protons- positively charged, found in nucleus

REMINDER ELECTRON CLOUD Surrounds the nucleus

#38 Bohr Model and Electronic Configuration

Name:__________ Date:_________

Quick draw: Draw a model of an atom (Remember that an atom is made

Draw the Bohr-Rutherford diagram for:

#38 Electronic Configuration and Bohr Models

Periodic Table How to Draw Bohr Diagrams

Drawing Bohr Models.

Picture 1 10 protons 10 neutrons = an electron.

How to Draw Bohr Diagrams

Making Bohr Models These models show where the protons, neutrons, and electrons are located.

Warm-up Determine the amounts of protons, neutron and electrons for the following elements: Lithium Calcium Silicon Argon.

The Bohr Model of the Atom

Presentation transcript:

Name:_____________________________ Date:_________________________ Period:________________________ Electron rules: 2 electrons on the first ring, 8 electrons on the second, 8 electrons on the third (2-8-8 RULE) S-block P-block S-block

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration: Number of shells:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration: Number of shells:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration: Number of shells:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration:

Bohr Diagram Group: Period: Element symbol: Element Name: Number of protons: Number of neutrons: Number of electrons: Electron Configuration: