Embed Size (px)
Citation preview
13 14Atom Structure
Starter
Practice
Application: Draw circles
Connection: Paste in sheet
Exit: Paste in sheet
Paste Atom Structure Notes
here
1 2 3
Sep 3, 2014 Sep 3, 2014
Explain Bohr’s atomic Theory
Date Lecture/ Activity/ Lab Page8/29 Syllabus /Notebook Guidelines 1-2
8/29 Periodic Table/ Formula 3-4
8/29 Tools/ Measurement 5-68/29 Lab Report/ Investigations 7-8
8/29 Restroom passes/Homework Log 9-109/2 Atomic Theory Research notes 11-12 9/3 Atomic Structure 13-14
Table of Contents
Agenda 1. Starter
2.Atomic Structure Notes 3. Atomic Structure Activity
4. Exit
Observation
Sand Sugar Water
Atomic Structure Notes
• The smallest part of a chemical element that has all the properties of that element is the atom.
• Everything in our world is made up of electrons, protons, and neutrons.
Practice
Nucleus • The nucleus is found in the center of the atom.
• It consists of protons and neutrons which are almost the same size because of the energy forces that act on them.
• The mass of the atom is made up of the mass of the proton and the neutron.
Nucleus:Protons & Neutrons
entire
if an atom was the size of a football stadium, then a proton would still be smaller than a marble.
Protons• All protons are exactly the
same and are found inside atoms. They have a positive charge
• Different atoms have different numbers of protons; what makes an atom be a helium or a gold atom depends on how many protons it has.
• The mass of the proton is equal to 1 atomic mass unit (amu)
an atom has equal numbers of protons
And electrons
Neutrons
• The neutron is a sub-atomic particle of the atom and is found in all elements except hydrogen. It has a neutral charge.
• The neutron and the proton make up the mass of the atom.
• Without the neutron, the protons would push away from each other.
Electrons• Electrons are found in clouds that
surround the nucleus of an atom. They have a negative charge
• Those clouds are specific distances away from the nucleus and are organized into shells.
• Because electrons move so quickly, it is impossible to see where they are at a specific moment in time.
Application Create a model of the following
atom then draw it into your spiral:Protons:
4
Neutrons:
5
Electrons:
4
P: 4N:5
--
-
-
Application Create a model of the following
atom then draw it into your spiral:Protons:
9
Neutrons:
10
Electrons:
9
Application Create a model of the following
atom then draw it into your spiral:Protons:
9
Neutrons:
10
Electrons:
9
P: 9N:10
--
-
-
-
-
-
-
-
Application Create a model of the following
atom then draw it into your spiral:Protons:
7
Neutrons:
7
Electrons:
7
Application Create a model of the following
atom then draw it into your spiral:Protons:
7
Neutrons:
7
Electrons:
7
P: 7N: 7
--
-
-
-
-
-
Connection Observe the atom then count and
show the number of subatomic particles in your spiral:
Protons:
__
Neutrons:
__
Electrons:
__
3
4
3
Connection Observe the atom then count and
show the number of subatomic particles in your spiral:
Protons:
__
Neutrons:
__
Electrons:
__
7
4
7
Connection Observe the atom then count and
show the number of subatomic particles in your spiral:
Protons:
__
Neutrons:
__
Electrons:
__
6
6
6
Exit
Name of Subatomic Particle
Location within the Atom
Electrical Charge
Relative mass
Inside the nucleus
1 amu
Neutral
1/1836 amu
Complete chart and glue in your journal
43 44Atom Structure
Starter
Practice
Application: Draw circles
Connection: Paste in sheet
Exit: Paste in sheet
Paste Atom Structure Notes
here
1 2 3
Sep 4, 2014 Sep 4, 2014
Explain Bohr’s atomic Theory
13 14Atom Structure
Starter
Practice
Application: Draw circles
Connection: Paste in sheet
Exit: Paste in sheet
Paste Atom Structure Notes
here
1 2 3
Sep 3, 2014 Sep 3, 2014
Explain Bohr’s atomic Theory
