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Shocking! S Up & AtomLet’s Split! Power It Up ! Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Final Feud Everywhere
Shocking! for $100 – Question This is energy in action Click this symbol to return to categories
Shocking! for $100 – Answer What is kinetic energy?
Shocking! for $200 – Question Gases that change Earth’s climate that come from making electricity by burning fossil fuels
Shocking! for $200 – Answer What are greenhouse gases?
Shocking! for $300 – Question The flow of electrons
Shocking! for $300 – Answer What is electricity?
Shocking! for $400 – Question At many kinds of power plants it is used to turn the blades of a turbine
Shocking! for $400 – Answer What is steam?
Shocking! for $500 – Question Nuclear energy is used to make this percent of electricity in the U.S.
Shocking! for $500 – Answer What is 20 %?
Up & Atom for $100 – Question These are made of protons, electrons, and neutrons
Up & Atom for $100 – Answer What are atoms?
Up & Atom for $200 – Question The dense bundle at the center of an atom
Up & Atom for $200 – Answer What is the nucleus?
Up & Atom for $300 – Question The part of the atom that has a positive (+) electrical charge
Up & Atom for $300 – Answer What is the proton?
Up & Atom for $400 – Question These orbit (circle) the nucleus in a cloud
Up & Atom for $400 – Answer What are electrons?
Up & Atom for $500 – Question The part of the atom that has no electrical charge
Up & Atom for $500 – Answer What is a neutron?
It’s Everywhere for $100 - Question High energy that can knock electrons from atoms or molecules
It’s Everywhere for $100 - Answer What is ionizing radiation?
It’s Everywhere for $200 - Question Light, microwaves, radio and TV waves are examples
It’s Everywhere for $200 - Answer What is non-ionizing radiation?
It’s Everywhere for $300 - Question Radiation that is pure energy with no mass
It’s Everywhere for $300 - Answer What is gamma radiation? (or What are gamma rays?)
It’s Everywhere for $400 - Question A rule for limiting your exposure to radiation is summarized by these three words
It’s Everywhere for $400 - Answer What are Time, Distance, and Shielding?
It’s Everywhere for $500 - Question Radiation from rocks, cosmic rays, radon, and your own body
It’s Everywhere for $500 - Answer What is background radiation?
Let’s Split! for $100 – Question The process of splitting atoms to release large amounts of energy
Let’s Split! for $100 – Answer What is fission?
Let’s Split! for $200 – Question The fuel at a nuclear power plant is this isotope of uranium
Let’s Split! for $200 – Answer What is uranium-235?
Let’s Split! for $300 – Question A chain reaction occurs when these particles hit and split millions of U-235 atoms
Let’s Split! for $300 – Answer What are neutrons?
Let’s Split! for $400 – Question This form of fuel is equal to 1 ton of coal, 3 barrels of oil, or 2-1/2 tons of wood
Let’s Split! for $400 – Answer What is a uranium fuel pellet?
Let’s Split! for $500 – Question This process increases the amount of U-235 from 1 to at least 3 percent for power plant fuel
Let’s Split! for $500 – Answer What is enrichment?
Power It Up! for $100 – Question Fission takes place here
Power It Up! For $100 – Answer What is the reactor?
Power It Up! for $200 – Question The heat from fission converts water from a liquid phase to this gaseous phase
Power It Up! for $200 – Answer What is steam?
Power It Up! for $300 - Question Steam turns its blades
Power It Up! for $300 – Answer What is the turbine?
Power It Up! for $400 – Question Spent fuel becomes less radioactive over time due to this process
Power It Up! for $400 – Answer What is radioactive decay?
Power It Up! for $500 – Question This type of facility deep beneath the Earth’s surface in stable rock can isolate spent fuel for thousands of years
Power It Up! for $500 – Answer What is a geologic repository?
Final Feud for $1000 The source of one half of the exposure to radiation each year for the average American
Final Feud Answer What is natural background radiation?
Chapter 16 – Nuclear Energy Alternate to Fossil Fuels.
Radioactivity Elements that emit particles and energy from their nucleus are radioactive. Some large atoms are unstable and cannot keep their nucleus.
Nuclear Power. How does nuclear power work? Fission produces heat Heat boils water making steam Steam turns a turbine Turbine produces electricity.
Nuclear Physics An Introduction. What does it mean when something is “Radioactive”? Atomic nuclei that emit particles and energy are said to be radioactive.
Nuclear Power. Do Now 1.Why do we use nuclear power? 2.Why are some people afraid of Nuclear power plants? Explain your answer. 3.What do we use to produce.
GET TO KNOW NUCLEAR Categories Final Jeopardy ENERGY NUCLEAR FISSION RADIATION DETECTION & PROTECTION HALF-LIFE & MEDICAL GET TO.
P3 – Radioactive Materials. Radioactive Elements Some elements emit ionising radiation all the time and are called radioactive Radioactive elements are.
Mrs. Jackson Third Block. Standard PS.2 The student will demonstrate an understanding of the structure and properties of atoms.
Fission and Fusion. Atomic Fission Nuclear fission occurs when a heavy nucleus such as U-235 splits into two smaller nuclei. Nuclear fission occurs.
MEASURING RADIATION Large doses of radiation are harmful to living tissue. Radiation can be measured with a Geiger counter – a device that measures radioactivity.
Radioactivity Nucleus – center of the atom containing protons and neutrons –How are the protons and neutrons held together? Strong Force - an attractive.
Nuclear Power. Locations of Nuclear Power plants in the US.
Chapter 22 – Nuclear Chemistry. Nuclear Symbols Element symbol Mass number (p + + n o ) Atomic number (number of p + )
Chapter 12 Nuclear Energy. Overview of Chapter 12* Introduction to Nuclear Power – Atoms and radioactivity Nuclear Fission Pros and Cons of Nuclear Energy.
Chapter All matter is made up of atoms. Parts of an atom: 1. Nucleus – the center of an atom. Proton – Positively charged. ( + ) Neutron – have.
Nuclear Energy Energy – It’s Everywhere!. 2 Nuclear Energy Atoms are small particles that make up all matter. Each atom is made of outer electrons and.
Topic 2: Nuclear Reactions Isotopes are important when we are looking at nuclear reactions. Recall from chemistry, isotopes are elements with same atomic.
Chapter 34. Basics The technology was first developed in 1930’s and 40’s during WWII Used for the “Atomic Bomb” Post-war, the idea of using nuclear energy.
Nuclear Reactions. Nuclear Decay Song on Youtube Animation of Alpha, Beta, Gamma rays on youtubeAnimation of Alpha, Beta, Gamma rays on youtube radioactive.
7.1 Nuclear Reactions What are atoms made of? Which particles are found in the nucleus? What are the three types of ionising radiation? What are the three.
Nuclear Chemistry. Forms of Energy The five main forms of energy are: – Heat – Chemical – Electromagnetic – Nuclear – Mechanical.
ENERGY The ability to do work. Renewable Renewable - sources that can be replenished in a short period of time. Solar, Wind, Hydropower, Geothermal,
Nuclear Power What is nuclear energy? Power plants use heat to produce electricity. Nuclear energy produces electricity from heat through a process called.
For the Boy Scouts of America by The Pennsylvania State University, American Nuclear Society Student Section Spring 2005 Nuclear Science Merit Badge Workshop.
Chapter 11 Nuclear Power Energy released in combustion reactions comes from changes in the chemical bonds that hold the atom together. Nuclear Energy.
JEOPARDY JEOPARDY JEOPARDY JEOPARDY JEOPARDY JEOPARDY JEOPARDY JEOPARDY JEOPARDY JEOPARDY JEOPARDY JEOPARDY JEOPARDY JEOPARDY JEOPARDY JEOPARDY JEOPARDY.
Spontaneous emission of radiation when the nucleus of an atom breaks down to form a different element.
Nuclear Energy. Where does nuclear energy come from? Nuclear energy is energy found in the nucleus of an atom. Matter can be converted to Energy (Albert.
Lesson.7: Nuclear Fission, Radioactivity and Energy Objectives Describe the process of generating electricity using nuclear power. Describe the process.
1. What is radioactivity? Radioactivity is the process in which an unstable atomic nucleus emits charged particles and energy. 2. What is a radioisotope?
III. Nuclear Power. A. Reactions and Sources 1. Uses energy released by nuclear fission- the splitting of the nucleus of an atom 2. Nucleus is hit with.
Nuclear Energy SI. A. What does radioactive mean? 1. Radioactive materials have unstable nuclei, which go through changes by emitting particles or releasing.
What is it to be Radioactive? Radioactive decay is the process in which an unstable atomic nucleus loses energy by emitting radiation in the form of particles.
S A C C O N E A P E S Chapter 11: Nuclear Energy
Chapter 10 Nuclear Chemistry. Radioactivity Radioactivity is the process in which an unstable atomic nucleus emits charged particles and energy. Any atom.
Drill – 10/25 1.Write the nuclear equation for the alpha decay of Pu Write the nuclear equation for the electron capture of Argon-37.
RADIATION *Penetrating rays emitted by a radioactive source *Ranges from Cosmic and Gamma Rays to Radio Waves.
Types of energy 7 forms of energy Energy Resources How Electricity is produced.
Nuclear Energy Chapter 12 Section 3. Standard S 6.6.a Students know the utility of energy sources is determined by factors that are involved in converting.
Fission and Fusion Nuclear Fission What happens in a nuclear chain reaction? –When the nuclei of certain isotopes are bombarded with neutrons, they undergo.
THE FUTURE OF FUKUSHIMA CHAPTER 23 NUCLEAR POWER Can nuclear energy overcome its bad rep?
Nuclear Energy How will it affect you?. Nuclear Energy: What is it? n Fission –the splitting of an atom by a neutron, resulting in two or more neutrons.
Section 3. Inside the nucleus of the atom contains protons and neutrons. Nuclear reactions involves tremendous amounts of energy. Two types of nuclear.
Pig – P4 Higher. Describe one way gamma rays are different to x-rays and one way in which they are similar?
Nuclear Reactions. Nuclear Symbols Element symbol Mass number (p + + n o ) Atomic number (number of p + )
Chapter 16 – Nuclear Energy Pages 250 – 263 Mrs. Paul Environmental Science.
CLICK HERE TO BEGIN! Directions: Click the term that correctly matches the definition in each question.
Energy Resources. ► Energy Resource- a natural resource that can be converted into other forms of energy to do work.
22.1 Nuclear Reactions In the Middle Ages, individuals called alchemists spent a lot of time trying to make gold. Making an element is possible only if.
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