Keywords: Ionising radiation, ion, radioactive, nuclear reactors, control rods Keywords: alpha, beta, gamma, nuclear fission, nuclear fusion P2 Topic 5:

Slides:



Advertisements
Similar presentations
Chapter 22 notes.
Advertisements

xxx xxxxxx xxx xxx.
The Professional Development Service for Teachers is funded by the Department of Education and Skills under the National Development Plan Nucleus D.K.
Chapter All matter is made up of atoms. Parts of an atom: 1. Nucleus – the center of an atom. Proton – Positively charged. ( + ) Neutron – have.
Chapter 16 Nuclear Energy.
Transmutation (Objective 25
When the nucleus of an atom breaks down to form a different element.
When controlled, nuclear energy has many practical uses…
UNIT FOUR: Matter and its Changes  Chapter 12 Atoms and the Periodic Table  Chapter 13 Compounds  Chapter 14 Changes in Matter  Chapter 15 Chemical.
Radioactive materials
Learning Outcomes Historical outline of radioactivity: work of Becquerel (discovery of radiation from uranium salts); Marie and Pierre Curie (discovery.
Chapter 16 – Nuclear Energy Alternate to Fossil Fuels.
Radiation, nuclear fusion and nuclear fission
Radioactive Materials.  Elements that emit radiation all the time are called radioactive  Radioactive elements that are found in the world around us.
Teaching note Just in case you have never tried this before. This is split into 5 spaced learning presentations. The idea is that each one is presented.
Nuclear Reactions.
P3 – Radioactive Materials. Radioactive Elements Some elements emit ionising radiation all the time and are called radioactive Radioactive elements are.
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.
NUCLEAR CHEMISTRY. Most stable nuclei contain even numbers of both neutrons and protons.
Nuclear Chemistry In this chapter, we will discuss concepts that contradict what you have already learned. In a nuclear reaction, elements can change.
Alpha Decay parent nucleus daughter nucleus Atomic number: -2 mass number: -4.
Nuclear Changes Preview Understanding Concepts Reading Skills
Notes 4-5 Radioactive Elements.
Nuclear Chemistry. Radioactive Decay Spontaneous breakdown of an atom’s nucleus Breakdown results in a lighter nucleus Emits electromagnetic radiation.
NUCLEAR CHANGES CHAPTER 7
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.
Scientists in the late 1800s determined that there were different types of radiation in addition to visible light. Some types of radiation have mass, some.
27/10/2015 GCSE Radiation 27/10/2015 Structure of the atom A hundred years ago people thought that the atom looked like a “plum pudding” – a sphere of.
Chapter 9 Nuclear Chemistry. What is nuclear chemistry? Nuclear chemistry is all about what happens in the nucleus of an atom. In nuclear chemistry, neutrons.
PCM. Changes in Matter Benchmark 3 Contrast nuclear fission, nuclear fusion, and natural radioactivity.
Radioactivity. Contents Atomic Structure Atomic Structure Isotopes Isotopes Background Radiation Background Radiation Alpha, Beta, Gamma Alpha, Beta,
Pig – P4 Higher. Describe one way gamma rays are different to x-rays and one way in which they are similar?
P3 – Radioactive Materials. Radioactive Elements Some elements emit ionising radiation all the time and are called radioactive Radioactive elements are.
Nuclear Power. A quick Review 1.Nuclear chemistry involves what part of an atom? The nucleus- they can change the element by altering the number of protons.
Atoms Chapter 4.
Lesson.7: Nuclear Fission, Radioactivity and Energy Objectives Describe the process of generating electricity using nuclear power. Describe the process.
Spontaneous emission of radiation when the nucleus of an atom breaks down to form a different element.
Ch. 16 Environmental Science.  All matter is made of atoms  Atoms have Proton Electron Neutrons Nucleus contains protons and neutrons has most of the.
 Test on Friday – Make sure you are studying!!  If you got below an 85 on your test, you can come to my Knight Time… Talk to me if you are interested.
Page 1 12/25/2015 SCE 4350: Nuclear Science Nuclear Science Major Points of the Lesson: The Nucleus –Nucleons (A) = Protons (Z) + Neutrons (N) –Number.
Early Pioneers in Radioactivity Roentgen: Discoverer of X-rays 1895 Becquerel: Discoverer of Radioactivity 1896 The Curies: Discoverers of Radium and Polonium.
P6 Radioactive Materials
P2 7.1 Nuclear reactions Some atoms have an unstable nucleus and need to get to a lower energy state. It can become stable by emitting Alpha, Beta or.
The atom orbiting electrons Nucleus (protons and neutrons)
Nuclear Power By Riddhi Lodhia And Rea – Grace Maamari 10th.
Chapter 9 Book Nuclear Changes #20. I. Nuclear Radiation Radioactivity – Nucleus emits one or more particles – Unstable nuclei Unstable – Nuclei has to.

Radioactive decay Learning Objectives Understand what happens to the nuclei of radioactive atoms during alpha, beta and gamma decay. Know the definitions.
Integrated Science Mr. Danckers Chapter 10.
1 NCEA Physics Nuclear Fission. 2 Nuclear fission Aims: To understand that a nucleus of U-235 can be split (fission) by collision with a neutron and that.
08/06/2016 GCSE Radiation W Richards Worthing High School.
CHAPTER 25 Nuclear Chemistry. Key Terms Radioactivity- the process by which nuclei emit particles and rays Radiation- the penetrating rays and particles.
Nuclear Chemistry By- Presto Bitchez!!!. How does an unstable nucleus release energy? An unstable nucleus releases energy by emitting radiation during.
Created by C. Ippolito May 2007 Nuclear Chemistry Objectives: 1. E xplain how unstable nuclei release energy 2. D escribe the three main types of nuclear.
What is electric current? Keywords: Current, Static electricity, Earthing, electrostatic charge, nucleus Keywords: Protons, neutrons, electrons, induction,
CLICK HERE TO BEGIN! Directions: Click the term that correctly matches the definition in each question.
Mrs. Jackson Third Block. Standard PS.2 The student will demonstrate an understanding of the structure and properties of atoms.
Nuclear Physics An Introduction. What does it mean when something is “Radioactive”? Atomic nuclei that emit particles and energy are said to be radioactive.
1) How is the mass number calculated (2).
P2 Topic 6: Benefits and drawbacks of using radioactive materials
Label the atom P2 Topic 5: Nuclear Fission and nuclear fusion
Chapter 4: Atomic Energy
Chapter 4: Atomic Energy
1) Which radiation has no electric charge associated with it?
Label the atom P2 Topic 5: Nuclear Fission and nuclear fusion
Label the atom P2 Topic 5: Nuclear Fission and nuclear fusion
Label the atom P2 Topic 5: Nuclear Fission and nuclear fusion
Radioactivity 2016 EdExcel GCSE Physics Topic 6 W Richards
Presentation transcript:

Keywords: Ionising radiation, ion, radioactive, nuclear reactors, control rods Keywords: alpha, beta, gamma, nuclear fission, nuclear fusion P2 Topic 5: Nuclear Fission and nuclear fusion This topic looks at: Isotopes Ionising Radiation Nuclear Reactions – Fission and Fusion How nuclear reactors work Define the term isotope: Provide the number of protons, electrons and neutrons for each of these isotopes of chlorine Label the atom What are the particles in the nucleus called? LABEL THE POWER STATION DIAGRAM What do the control rods do?

Keywords: Ionising radiation, ion, radioactive, nuclear reactors, control rods Keywords: alpha, beta, gamma, nuclear fission, nuclear fusion P2 Topic 5: Nuclear Fission and nuclear fusion This topic looks at: Isotopes Ionising Radiation Nuclear Reactions – Fission and Fusion How nuclear reactors work Structure Ionising StrengthPenetrating power What is an ion? What is ionising radiation? What is a radioactive substance? Explain nuclear fission (use diagrams):Explain nuclear fusion (use diagrams): Put the following steps in the correct order to explain how a nuclear power station works: a. Reactor contains nuclear fuel rods b. Electricity is produced c.Turbine spins the generator d. This produces a lot of heat which boils water in nearby pipes. e. In the heat exchange water boils to form steam, it moves turbines f. Electricity sent to the National Grid

Keywords: Hazard, risk, mutation, background radiation Keywords: Half-life, GM Tube, count rate, radioactive decay, HLW, LLW, ILW, nuclear power P2 Topic 6: Benefits and drawbacks of using radioactive materials This topic looks at: The changing ideas of radioactivity What happens to nuclear waste Half-life Background Radiation Uses of radiation How did each of these scientists contribute to our understanding of radiation? Henri Becquerel: Marie Curie: Ernest Rutherford: Explain what half-life is: Fill in this table assuming there is a 10% decay every hour: Time from start (hours) No. of unstable atoms No, of unstable atoms that decay in the next hour What is the main cause of background radiation in the UK? How is the radioactivity of a source measured? What does the term count rate mean? Method of disposalProblems Firing into space Dumping barrels in the sea Storage underground HLW – ILW – LLW -

Keywords: Hazard, risk, mutation, background radiation Keywords: Half-life, GM Tube, count rate, radioactive decay, HLW, LLW, ILW, nuclear power P2 Topic 6: Benefits and drawbacks of using radioactive materials This topic looks at: The changing ideas of radioactivity What happens to nuclear waste Half-life Background Radiation Uses of radiation What is the half-life of the following isotopes and what ionising radiation do they emit? Uranium-235 Technetium-99 Carbon-14 Radon-222 Thallium-208 Stronium-90 Define the term Irradiating Explain the difference between irradiated and radioactive: What are the benefits and drawbacks of irradiating food? BenefitsDrawbacks How can gamma rays be used to help diagnose and treat cancer? Describe the uses of radioactivity in household smoke alarms