By Jonathan Cribb 92 U 238.03 92 U 238.03. Uses fuel for nuclear reactors, inertial guidance devices, gyro compasses, ballast for missile reentry vehicles,

Slides:



Advertisements
Similar presentations
Beryllium By Taylor Aspinwall.
Advertisements

IAEA Basic Nuclear Physics Basic Atomic Structure Day 1- Lecture 1 1.
Sulfur By Kaia Blom. The Discovery Antoine Lavoisier discovered sulfur. The exact date is not certain, but we do know that it was found in 1777.
Miss Nelson SCIENCE ~ CHAPTER 12 ENERGY AND MATERIAL RESOURCES.
1 Chapter 9 Nuclear Radiation 9.6 Nuclear Fission and Fusion Copyright © 2005 by Pearson Education, Inc. Publishing as Benjamin Cummings.
Nuclear Energy.
By: Trevor Brucato. Discovery of the Element Date Discovered: –August 18, 1868 Founder of Helium Discovery: –French astronomer, Pierre Janssen:  Unknown.
By Amy Crouch and Zofia Soch
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.
Thermal Energy & Energy Sources Vocabulary Warm Up.
Presentation Silver Asst.Prof.Dr.Purit Thanakijkasem.
Depleted of uranium Lena Hassan Odeh
Structure of the Universe
Terbium By: Rachel Goldstein 65 Tb Terbium.
Objectives To introduce fusion and fission as sources of energy
Radioisotope: an unstable isotope that spontaneously changes its nuclear structure and releases energy in the form of radiation. Isotopes Stable Radioisotopes.
Nuclear Energy.
Warm-up #1 Provide at least 2 examples of non-renewable energy resources. – Write one advantage and one disadvantage for each. Provide at least 2 examples.
URANIUM By: Cheyanne Powell. Periodic Table Info  Name: Uranium  Atomic Symbol: U  Atomic Number: 92  Atomic Mass:  Group Number:  Period.
Production electricity Nuclear power-plant operates on the same simple principles as plants powered by coal or oil. Heated water produces steam. Steam.
By Brittany Perry and Nikita marlin. Element symbol B.
Nuclear Energy. How does it work? Some atoms, (like Uranium), are so big that we can break them apart by shooting tiny particles at them. This process.
The Sun 24.3 A typical star powered by nuclear reactions Mostly the (fusion of hydrogen to form helium) Which releases energy.
4/2003 Rev 2 I.2.1 – slide 1 of 29 Session I.2.1 Part I Review of Fundamentals Module 2Basic Physics and Mathematics Used in Radiation Protection Session.
Magnesium Courtney Kilgore & Shayla Edmonson. Magnesium  Chemical symbol - Mg  Atomic number - 12  Atomic mass  The group number - 2  The.
Beryllium A toxic material By Beth Boyer 4 Be Beryllium
CLASSIFICATION OF MATTER STATES OF MATTER CHANGES IN MATTER.
Fusion: Basic Principles, Current Progress and ITER Plans
Plutonium By Sean Byrne.
Magnesium Parent: Kyle Preston.
Nitrogen.
NUCLEAR ENERGY Nuclear energy originates from the splitting of uranium atoms in a process called fission. This energy is used at the power plant to generate.
Resources (Spanish)
The Sun, our favorite star!
Uranium By: Cristina Cole.
Uranium By Konrad Poker.
 Element Symbol  Element Name  Atomic Number  Atomic Mass U.
Properties The atomic number: 61 Atomic mass: 145 The melting and freezing points: unknown Neutrons: 84 Has thickness gauges Uses Can be used as an X-ray.
Basic Chemistry Copyright © 2011 Pearson Education, Inc. 1 Chapter 16 Nuclear Radiation 16.6 Nuclear Fission and Fusion.
Hg Mercury With a nickname of liquid silver, even at low temps it stays the same It forms little balls that are lots of fun, but it turns out.
Solar Spectra: a Lesson on the Sun: Mrs. Pape’s Solar Lesson Bernalillo Middle School Bernalillo, NM © Contact Information: School.
By, Caroline Hall. Ytterbium Properties and Uses *PROPERTIES* Ytterbium is a silvery color The boiling point is 1193 °C The melting point is 824 °C The.
Cadmium by:Matt Hill. Properties of cadmium *Boiling point=765° C *Melting point=320.9° C *Silvery metal soft enough to be easily cut with a knife *density=8.65g/cm³.
By: Ashley Baer. Basic info  Name: mars rover  Date: left December 4 th 1996  Landed July 4 th 1997  It landed on mars with airbags.
Noble gases Jana Matoušková Eva Hýsková. Basic information  inert gases  oxidation number – 0  relatively unreactive  high ionization energies  negligible.
Name of Element Name: Teacher: Ms. Anceriz.  Name of Element: Symbol: Date Element was discovered: Atomic Mass: Atomic number: Type of element: (metal,
Uranium By: Josiah Kim Where is Uranium found on the Periodic Table of Elements? Right there. Element number 92.
94 Pu Plutonium 244 Plutonium By Declan McCarthy.
Radioactivity Elements that emit particles and energy from their nucleus are radioactive. Some large atoms are unstable and cannot keep their nucleus together.
URANIUM STEVEN TAPPEN. GENERAL INFORMATION Atomic structure Element symbol: U 92 electrons; 6 are valence 146 neutrons 92 protons Melting point: 1,132⁰.
MEASURING RADIATION Large doses of radiation are harmful to living tissue. Radiation can be measured with a Geiger counter – a device that measures radioactivity.
Name of Element Place element picture here Your name Section Date.
11.3 Nuclear Fusion and Fission. Nuclear Fission The splitting of the nucleus of a large atom into two or more smaller nuclei. Involves releasing tremendous.
NUCLEAR FISSION. Fission = splitting of nuclei Nuclei split when hit with a neutron Nucleus breaks into: * 2 large fragments & * 2-3 neutrons Fission.
STARS.
GET fill in the blank notes and let’s start
Burning … is a chemical reaction: fusion with oxygen Coal:
Earth and Space Science Ms. Pollock
Chapter 4: Atomic Energy
Chapter 4: Atomic Energy
MEASURING RADIATION Large doses of radiation are harmful to living tissue. Radiation can be measured with a Geiger counter – a device that measures radioactivity.
ENERGY SOURCES Nuclear Energy
Nuclear Energy Fission vs Fusion.
Elements scavenger hunt
Name______________ period_____ Jefferson Lab
Nuclear Fission.
Nuclear Energy.
Draw the structure diagram for the element.
Burning … is a chemical reaction: fusion with oxygen Coal:
Cover Slide: (well decorated)
Presentation transcript:

by Jonathan Cribb 92 U U

Uses fuel for nuclear reactors, inertial guidance devices, gyro compasses, ballast for missile reentry vehicles, X-ray targets, counterweights for aircraft control surfaces Properties Compounds- Uranyl Fluoride, Uranium Dioxide, Uranium Hexafluoride, Uranium Tetrafluoride, Triuranium Octaoxide Melting Point o C Boiling Point o C Density g/cm 3 Conductivity W/(m K) Radiation level- 25million Bq Color- silverfish

Atomic Number- 92 Atomic Mass Classification- Rare Earth Number of Protons/Electrons- 92 Number of Neutrons- 146 Date of Discovery Discoverer- Martin Klaproth Name Origin- Planet Uranus 1 st Ionization Energy- 584 kJ/mole Heat of fusion kJ/mol Can be found in- igneous rocks

Uranium is extremely hot Extreme radiation its got Causes death by the pounds Its found in a lot of rock mounds Its used for nuclear fuels But its temperature doesn’t get cool In 1789 I was discovered by Martin Klaproth He of course found it in an igneous rock Its used for inertial guidance devices Its radiation is going to cause a crisis Its classification is rare earth The beginning of time is the time of its birth

l ertable_fla.htm und/propertiesu/index.cfm