CHAPTER 24 Nuclear Energy III. Applications (p.704-708) III. Applications (p.704-708)

Slides:



Advertisements
Similar presentations
Uses of Nuclear Radiation, Fission and Fusion
Advertisements

Section 3.  Inside the nucleus of the atom contains protons and neutrons.  Nuclear reactions involves tremendous amounts of energy.  Two types of nuclear.
DIFFERENTIATE BETWEEN FISSION AND FUSION.
Nuclear Chemistry. Images elements.html elements.html.
Nuclear chemistry.
19.9 nuclear fusion  light nuclei combine to give a more stable heavy nucleus plus possibly several neutrons, and energy is released. Used in hydrogen.
Nuclear Fusion Reactors
Nuclear Chemistry. Mass Defect Difference between the mass of an atom and the mass of its individual particles amu amu.
Unit 14 Ch. 28 Nuclear Chemistry
Uses of Nuclear Chemistry. Fission & Fusion Fission: the splitting of a nucleus into many pieces  large release of energy Nuclear reactors Fusion: the.
CHAPTER 9 Nuclear Energy I. Radioactivity (pg ) I. Radioactivity (pg )
NUCLEAR CHANGES CHAPTER 7
Nuclear Reactions.
NUCLEAR ENERGY DONGQI WU ENGL 106I. Crowd in China rushing to buy salt.
CHAPTER 22 Nuclear Chemistry I. The Nucleus (p ) I. The Nucleus (p ) I IV III II Courtesy Christy Johannesson
CHAPTER 22 Nuclear Chemistry IV. Applications (p ) IV. Applications (p ) I IV III II.
Nuclear Chemistry Part II “The discovery of nuclear reactions need not bring about the destruction of mankind any more than the discovery of matches” -Albert.
C. Johannesson CHAPTER 22 Nuclear Chemistry III. Fission & Fusion (p ) III. Fission & Fusion (p ) I IV III II.
NUCLEAR CHEMISTRY Fission & Fusion.  splitting a nucleus into two or more smaller nuclei  1 g of 235 U = 3 tons of coal.
CHAPTER 22 Nuclear Chemistry
Chapter 16 notes.
Nuclear Chemistry Types of Radiation Nuclear Decay Half-LifeApplications Big Bang Movie Big Bang Movie Types of Radiation Nuclear Decay Half-LifeApplications.
CHAPTER 3.4 & 24.1 Nuclear Chemistry RadioactivityRadioactivity.
Chapter 10 Nuclear Chemistry. Standards Addressed in this Chapter SPS3. Students will distinguish the characteristics and components of radioactivity.
CHAPTER 25 Nuclear Chemistry III. Fission & Fusion (p ) III. Fission & Fusion (p ) I IV III II.
Chemistry – Unit 4 Chapter 25 Nuclear Chemistry.
Radioactivity January Recall Isotope Notation Why are some isotopes radioactive? How do you find the number of neutrons? What is alpha, beta, gamma.
What is a nuclear reaction?
Nuclear Chemistry Radioactive Decay. A. Types of Radiation  Alpha particle (  )  helium nucleus paper 2+  Beta particle (  -)  electron 1- lead.
NUCLEAR CHANGES. Nuclear Radiation Radioactivity: process by which an unstable nucleus emits one or more particles or energy in the form of electromagnetic.
Nuclear Chemistry I. Radioactivity A.Definitions B.Types of Nuclear Radiation C.Half-Life.
16.2 – Nuclear Energy. Objectives Explain how a nuclear reactor converts nuclear energy to thermal energy. Describe the advantages and disadvantages of.
Nuclear Chemistry III. Fission & Fusion (Nuclear reactions that are NOT radioactive decay.) III. Fission & Fusion (Nuclear reactions that are NOT radioactive.
16.2 – Nuclear Energy. Objectives Explain how a nuclear reactor converts nuclear energy to thermal energy. Describe the advantages and disadvantages of.
9/25 Today you will need…  The paper from the side table  We will start nuclear chemistry today by talking about radiation  You will come up with a.
Unit 6 Nuclear Reactions Chapter 20 (p ) Chapter 20 (p )
DOMAIN 4 Energy Transformations: RADIOACTIVITY. What is nuclear radiation? Particles and energy released from an unstable nucleus May cause damage to.
Chapter 20 Nuclear Energy and the Environment. Nuclear Energy –The energy of the atomic nucleus Nuclear Fission –The splitting of the atomic nuclei Nuclear.
Unit 14 Ch. 28 Nuclear Chemistry
Part 3. Applications (Read chapter 21 section 3)
Chapter 16 Nuclear Energy
Nuclear Chemistry.
___ K + ___ H2O  ___ H2 + ___ KOH
A. Nuclear Forces Do nuclei contain attractive or repulsive forces?
A. Nuclear Forces Do nuclei contain attractive or repulsive forces?
Nuclear Energy and the Environment
Section 3: Fission and Fusion
Nuclear Transmutations
Uses of Nuclear Radiation, Fission and Fusion
A. Nuclear Forces Do nuclei contain attractive or repulsive forces?
Nuclear Reactions 1-3,6-7,17-23 E = mc2.
Nuclear Chemistry IV. Applications.
Chapter 1 Nuclear Energy
ENERGY SOURCES Nuclear Energy
Unit 9 Nuclear Energy 1 1.
III. Fission & Fusion (p )
Nuclear Chemistry III. Fission & Fusion.
Nuclear Chemistry I II III IV.
IV. Applications (Read chapter 21 section 3)
Nuclear Chemistry Lesson 2.
Nuclear Chemistry I II III IV.
Nuclear Fusion vs. Nuclear Fission
What is a nuclear reaction?
CHAPTER 21 Nuclear Chemistry
Fission and Fusion Chp 24.
Physical Science – Chemistry Unit 2
Nuclear Chemistry Fission & Fusion.
Nuclear Chemistry Lesson 2.
Section 3: Fission and Fusion
Energy Transformations
Presentation transcript:

CHAPTER 24 Nuclear Energy III. Applications (p ) III. Applications (p )

A. Nuclear Power  Fission Reactors Cooling Tower

A. Nuclear Power  Fission Reactors

A. Nuclear Power  Fusion Reactors (not yet sustainable)

A. Nuclear Power  Fusion Reactors (not yet sustainable) Tokamak Fusion Test Reactor Princeton University National Spherical Torus Experiment

A. Nuclear Power  235 U is limited  danger of meltdown  toxic waste  thermal pollution  Hydrogen is abundant  no danger of meltdown  no toxic waste  not yet sustainable FISSIONFISSION FUSIONFUSION vs.

B. Others  Choose one of the following to investigate:  Irradiated Food (p.676)  Radioactive Dating (p.683)  Nuclear Medicine (p )  Make a mini-poster to display what you have learned.

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.