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Welcome

Atom Smashing Schedule
Zoom Link: Join Class Here

Isotopes, Half Lives & Radiation

1.1 Welcome to Nuclear Chemistry
1.2 Topics and Lessons
1.3 Parts of an Atom
1.4 How Many Neutrons in Carbon?
1.5 Weight or Mass Numbers
1.6 Relative Amounts for Isotopes
1.7 Radiation
1.8 Are You Radioactive?
1.9 The Carbon-14 Cycle for Living Things
1.10 Radiocarbon Dating
1.11 Using Carbon Dating
1.12 Half Life and Exponential Decay
1.13 Half Lives for Carbon and Uranium Isotopes
1.14 Strong and Weak Nuclear Forces
1.15 Homework #1

Nuclear Fission

2.1 Welcome to Lesson 2
2.2 Transmutation and Fission
2.3 Nuclear Chemistry
2.4 20th Century Geopolitics
2.5 Making Electricity
2.6 Uranium Isotopes
2.7 Notation for Isotopes
2.8 Notation for Subatomic Particles
2.9 Centrifuge
2.10 Nuclear Energy & The Environment
2.11 Nuclear Waste
2.12 U-235 Nuclear Reactor
2.13 Chain Reactions
2.14 Alpha and Beta Minus Decay
2.15 U-235 (Natural) Decay Series
2.16 The Band of Stability
2.17 Alpha and Beta Particles
2.18 U-238 Decay Series
2.19 Beta Plus and Beta Minus Decay

Nuclear Fusion

3.1 Welcome to Lesson 3
3.2 Naturally Occurring Elements
3.3 Plutonium Discovered
3.4 UC Berkeley Labs Parking Lot
3.5 Cyclotrons
3.6 The H-Bomb
3.7 Hydrogen Isotopes
3.8 Hydrogen-2 and Hydrogen-3 Fusion
3.9 Fusion as an Energy Source
3.10 Fusion Reactions in the Sun
3.11 The Positron
3.12 And The Crowd Goes Wild for Cold Fusion

Nuclear Chemistry Technologies

4.1 Welcome to Lesson 4
4.2 Look, Mom, Fusion!
4.3 Radium Girls
4.4 Fiesta Ware
4.5 Geiger Counter
4.6 Marie Curie
4.7 Radon Gas
4.8 Nuclear Medicine
4.9 Barium and X-rays
4.10 PEM and SPECT
4.11 Radiation & Proton Therapies
4.12 A Neutron Beam
4.13 Time in Space
4.14 Nuclear Fuel in Space
4.15 Nuclear Submarine
4.16 Leave Your Comments