'Radioactive' diaporamas de présentation

End of Year Review Geologic Evidence of Change Over Time

End of Year Review Geologic Evidence of Change Over Time. Wake County 8 th Grade Science Curriculum. Fossil: evidence of past life preserved in rock; Different kinds of fossils are: Petrified fossil: minerals replace all or part of an organism. Change Over Time Geologic Evidence.

1.48k views • 131 slides

Chapter 12: The Changing Face of the Land

873 views • 71 slides

Evolution Vocabulary

640 views • 51 slides

VII. Molecular Biology Techniques

VII. Molecular Biology Techniques. Fall 2005. Characteristics of Nucleic Acids. Two types of nucleic acids: RNA & DNA DNA is encoded with four interchangeable "building blocks", called "bases", Adenine, Thymine, Cytosine, and Guanine, with Uracil rarely replacing Thymine

1.03k views • 42 slides

VII. Molecular Biology Techniques

VII. Molecular Biology Techniques. Fall 2005. Characteristics of Nucleic Acids. Two types of nucleic acids: RNA & DNA DNA is encoded with four interchangeable "building blocks", called "bases", Adenine, Thymine, Cytosine, and Guanine, with Uracil rarely replacing Thymine

1.12k views • 42 slides

Relative & Absolute Dating

833 views • 34 slides

Nuclear Chemistry

Nuclear Chemistry. Radioactivity. Radioisotopes are unstable isotopes whose nuclei gain stability by spontaneously undergoing changes. These changes are accompanied by the emission of large amounts of energy. Radioactive decay is the process by which materials give off this energy.

801 views • 33 slides

Laser assisted decay spectroscopy at the cris beam line at

Laser assisted decay spectroscopy at the cris beam line at. Kara M Lynch CERN Doctoral Student The University of Manchester. Outline. Introduction Collinear resonant ionization spectroscopy Selectivity of resonant ionization Laser assisted decay spectroscopy

492 views • 32 slides

Radioactivity

1. Radioactivity. Clip. 2. 1 . Differentiate among alpha and beta particles and gamma radiation . 2 . Differentiate between fission and fusion . 3 . Explain the process half-life as related to radioactive decay .

928 views • 31 slides

Evolution by Natural Selection

395 views • 30 slides

451 views • 30 slides

Chapter 21 Nuclear Chemistry

Chapter 21 Nuclear Chemistry. Nuclear chemistry is the study of nuclear reactions, with an emphasis on their uses in chemistry and their effects on biological systems. 2.1 Radioactivity. The Nucleus. Review Chap 2.3 for basic atomic structure.

576 views • 26 slides

DOE Region 8 Radiological Assistance Program Response Capabilities

DOE Region 8 Radiological Assistance Program Response Capabilities. Doug Hildebrand Radiological Assistance Program Alternate Regional Response Coordinator Richland Operations Office Richland, Washington (509) 373-3800 . DOE/NNSA Mission.

518 views • 24 slides

Nuclear Chemistry

Nuclear Chemistry. Ch.18. (18-1) Nuclear Stability. Nucleons : p + & n 0 Nuclide : any combo of p + & n 0 in a nucleus Isotope : same at.#, but different mass Te-122, Te-124, Te-128 Isobar : same mass, but different at.# Xe-124, Te-124, Sn-124. Binding Forces.

313 views • 22 slides

5-minute Bell Work

269 views • 18 slides

INIS Liasion Officer at NEA Data Bank

361 views • 17 slides

9.1 What is Radioactivity?

I can: -recognize the meaning of radioactive.

380 views • 12 slides

CHAPTER 22 Nuclear Chemistry

CHAPTER 22 Nuclear Chemistry. IV. Applications (p. 713 - 716). I. II. III. IV. Cooling Tower. A. Nuclear Power. Fission Reactors. A. Nuclear Power. Fission Reactors. A. Nuclear Power. Fusion Reactors (not yet sustainable). A. Nuclear Power.

273 views • 10 slides

332 views • 7 slides

Storing Nuclear Waste

150 views • 4 slides