Joseph Kings Lithium Atom Please press the space bar and hold It down to view the atom.

Slides:



Advertisements
Similar presentations
Constructing an Atom We’re going sub-atomic!
Advertisements

Parts of an Atom FlipChart 1st Flap – Write Parts of an Atom 2 nd Flap – Atom –write the definition for atom 3 rd Flap – Neutron –What charge does a neutron.
Atomic Structure Section The Nucleus Nucleus- contains most of the mass of an atom – Protons & Neutrons contains most of an atom’s mass – Electrons-
The Atom. Matter Is anything that has weight and takes up space. Is anything that has weight and takes up space. All matter is made of atoms. All matter.
How many protons, electrons, and neutrons are in an atom?
Atomic Mass & Number Isotopes The Periodic Table.
Atoms 8.5A The student is expected to describe the structure of atoms, including the masses, electrical charges, and locations, of protons and neutrons.
Atomic Structure: Isotopes and Ions. Isotopes  The number of protons for a given atom never changes.  The number of neutrons can change.  Two atoms.
Introduction to ATOMS. Electrons are always on the move.
 The atoms of all elements are made up of a central nucleus with orbiting electrons. ◦ A nucleus is made up of positively charged PROTONS and neutral.
Reading the Periodic Table. The top number is the atomic number or the number of ______________________ Cl is an abbreviation for ______________________.
Atomic Structure. Atomic Number Found on the periodic table.
The Atom.
Warmup: Concept: PS-2.1 Compare the subatomic particles.
The Atom and Its Parts Physical Science.  The three subatomic particles are:  Proton – Positive charge  Electron – Negative charge  Neutron – No charge.
Bohr Diagrams. # protons = Bohr Diagrams # protons = atomic number.
Lec: Isotopes and Ions. An Isotope is an element that has the same number of protons but a different number of neutrons.
My Element Foldable for Lithium (as an example). Element Symbol Li 3 7.
Electricity Lesson 1 Forces and Electrical Charges.
Determining the NUMBER of Protons Electrons and Neutrons in Atoms, Ions, and Isotopes.
The Structure of the Atom. Subatomic particles Subatomic particles are particles that are smaller than an atom Rutherford had predicted three subatomic.
Proton, Neutron, Electron Counting Protons (p + ) are positively charged and located in the nucleus The number of protons in each atom can be found on.
Matter & Atoms Unit 2. Matter Matter – anything that has mass and takes up space. Matter is made up of MUCH smaller particles known as atoms. 1)
What Makes Up a Atom?. Atoms are the smallest unit of matter. Atoms are the smallest unit of matter. Atoms CANNOT be divided! Atoms CANNOT be divided!
What is the smallest unit of matter? An atom What is an atom made of? Subatomic particles protons (p + ) – positive charge neutrons (n) – no charge.
Atomic Structure BASIC INFORMATION.
Atomic Structure.
Section 4.3 How atoms differ. Atomic Number Represents three things in a neutral atom: 1. What element it is 2. The number of protons in each atom 3.
Question One Contrast the size of a atom with the size of a flea?
The Amazing Atom. Atoms All matter is made of very tiny particles All matter is made of very tiny particles These atoms have the same properties as larger.
Created by G.Baker Elements & Atoms.
Atomic Structure Test Review 166 point total. 1.The atomic number is the number of protons. 2. The mass number is the number of protons and neutrons.
Structure of an Atom. The Three subatomic particles of an atom: Proton Neutron Electron.
What part of an atom is the arrow pointing to? A. proton B. electron C. neutron D. shell E. nucleus.
Atomic Mass. Each element found on the periodic table of elements is given an atomic mass The atomic mass tells you the average mass of the atoms of an.
Parts of the Atom: Properties  Protons: –Positive charge –Located in nucleus –Mass = 1 amu (Atomic Mass Unit)  Neutrons –No charge (neutral) –Inside.
Atomic Number The number of protons in an atom Also, the number of electrons in a neutral atom.
There are three states of matter: gas, solid and liquid All matter is made of atoms An element is made up of one type of atom A molecule is a combination.
The Structure of an Atom
Parts of an Atom Proton, Neutron & Electron Proton (p+)
Atomic Structure  Atomic Number = # Protons  Atomic Mass = Protons + Neutrons (also called mass number)  If atom is neutral (a charge of zero), electrons.
ATOMS, IONS AND ISOTOPES…OH, MY!. ATOMS Smallest part of matter Made of proton (+) Neutron (neutral/0) Electron (-)
1 What is an atomic number and an atomic mass?. 2 Elements and Atomic Number The atoms of different elements have different numbers of protons. The atoms.
3.3 The Atom. Periodic Table of Elements Atomic Number: Number of protons in an atom; usually appears directly above the chemical symbol. Number of protons.
UNIT 3: DAY 1 AND DAY 3 ATOMIC STRUCTURE. ATOM, ELEMENTS, AND COMPOUNDS Atoms are the smallest unit of matter In classification, all atoms are elements.
When Atoms Change: Isotope Notes
Section 2 Protons, neutrons, and electrons- how atoms differ
Isotopes.
Aim: What is an atom? DRAW IMAGES DO NOW: Identify X, Y, and Z as
Element Name Element Symbol Atomic # Atomic Weight # of Protons
Move and label the protons, neutrons, and electrons to build an atom of each of the following elements.
Building Atoms.
Name That Atom! Use your knowledge of atoms to find the name of each of the following atoms. Use a Periodic Table!
Section 3-3 Counting Atoms.
Foldables: Atoms Terms.
Build An Atom Workshop: Hydrogen 1
Title: Atomic Properties
What is the smallest particle of matter?
How many protons, electrons, and neutrons are in an atom?
Atomic structure Brain gym!
Atomic Structure.
How many protons, electrons, and neutrons are in an atom?
Picture 1 10 protons 10 neutrons = an electron.
Bohr Models A drawing of an atom that shows the protons and neutrons in the nucleus and the electrons in the correct orbitals.
Atomic Structure Nucleus Protons Neutrons Electrons.
How many protons, electrons, and neutrons are in an atom?
Example Example 1: The atom of an element has a mass number of 214 and an atomic number of 82. a) How many protons and neutrons does it have? The number.
Protons, Neutrons and Electrons
neutral equal electrons Atomic Number = Protons Element Symbol
Presentation transcript:

Joseph Kings Lithium Atom Please press the space bar and hold It down to view the atom.

Protons the number is 3 to make up Lithium

Neutrons the number is 4

Protons the number is 3 to make up Lithium

Neutrons the number is 4 Protons the number is 3 to make up Lithium

Neutrons the number is 4 Protons the number is 3 to make up Lithium

Neutrons the number is 4 Protons the number is 3 to make up Lithium

Neutrons the number is 4 Protons the number is 3 to make up Lithium

Neutrons the number is 4 Protons the number is 3 to make up Lithium

Neutrons the number is 4 Protons the number is 3 to make up Lithium

Neutrons the number is 4 Protons the number is 3 to make up Lithium

Neutrons the number is 4 Protons the number is 3 to make up Lithium

Neutrons the number is 4 Protons the number is 3 to make up Lithium

Neutrons the number is 4 Protons the number is 3 to make up Lithium

Neutrons the number is 4 Protons the number is 3 to make up Lithium

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

Neutrons the number is 4 NO CHARGE Protons the number is 3 to make up Lithium POSITIVE CHARGE 4 Neutrons + 3 Protons = 7 THIS IS THE ATOMIC WEIGHT

And now for the ELECTRONS!

The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.

And now for the ELECTRONS! The Electrons have very little weight and a negative charge. They equal the number of Protons.