'Atomic nuclei' presentation slideshows

SDSS slideshow

SDSS slideshow. COSMOLOGY BASICS. Max Tegmark, MIT. Midsummer holiday, Leksand, Sweden . Max Tegmark University of Pennsylvania. Where I was born and raised . Who are you?. The cosmic plan:. Overview of cosmology theory & observation - 0th order: cosmic expansion history

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Part 1: The Sky; History of Astronomy; How Science Works

Part 1: The Sky; History of Astronomy; How Science Works. Monday, January 13 Reading: Chapters 1, 2.1, Appendix A Introduction, syllabus, class rules; units, scales, rotation of the Earth, time zones, constellations; tour of the course

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Nuclear Chemistry Fusion and Fission

Nuclear Chemistry Fusion and Fission. Nuclear Fission. The splitting of a nucleus into smaller fragments is called nuclear fission. Heavy atoms (mass number>60) tend to break into smaller atoms, thereby increasing their stability . Nuclear fission releases a large amount of energy .

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Tuesday 22 Feb 2005 Lecture 15 The biochemistry of functional groups and bonds Andrew Pearson

BC10M Introductory Biochemistry. Tuesday 22 Feb 2005 Lecture 15 The biochemistry of functional groups and bonds Andrew Pearson. The biochemistry of functional groups and bonds What are functional groups?

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Atomic Theories

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Ch. 3.2 Atomic Structure

Ch. 3.2 Atomic Structure. On your bell work sheet, answer the following. When are zeros significant? When do you use the fewest number of Significant Figures?. Chapter 3.2 Atomic Structure Preview. Objectives The Structure of the Atom Properties of Subatomic Particles

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Nuclear Reactions:

Nuclear Reactions:. AN INTRODUCTION TO FISSION & FUSION. Farley Visitors Center. E.Q.:. What are nuclear fission and fusion and how are they similar and different?. Chemical vs. Nuclear Reactions. Introduction. Nuclear reactions deal with interactions between the nuclei of atoms

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Nuclear Energy

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What is the big bang theory?

What is the big bang theory?. Big Bang Intro.

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Why Size Matters

STEM ED/CHM Nanotechnology 2007. Why Size Matters. Adapted from Nanosense http://nanosense.org/activities/sizematters/properties/SM_PropSlides.ppt. Relative sizes. Atomic nuclei ~ 10 -15 meters = 10 -5 nanometers Atoms ~ 10 -10 meters = 0.1 nanometers Nanoscale ~ 1 to 100 nanometers

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COSMIC RAYS:

Catch a Cosmic Ray Program. COSMIC RAYS:. What do you know?. 1. Cosmic rays are:. What kind of radiation?. Light. or. Particles. 2. Cosmic rays are:. What kind of particles coming from space?. Atomic Nuclei. or. Dust. 3. Cosmic rays:.

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The Sun

The Sun. The largest object in our solar system You can line-up about 109 Earths across the Sun Made mostly of Hydrogen (70.4%) and Helium (28%) Remaining 1.6% is made of oxygen, carbon, neon, iron, nitrogen, silicon, magnesium and sulfur

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Nuclear Energy

Section 3. Nuclear Energy. The Nucleus. Inside the nucleus of the atom contains protons and neutrons. Nuclear reactions involves tremendous amounts of energy. Two types of nuclear reactions: Fission Fusion. Nuclear Fission.

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Conservation of Momentum. Collisions.

Conservation of Momentum. Collisions. Conserved Momentum. An impulse must be exerted on the object by something outside the object to change its momentum. If no outside force is present, no change in momentum is possible. It is an isolated system.

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Aage Bohr

Aage Bohr. Anton Bean 4 th Block. Biography Of Bohr.

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Nuclear Fusion.

Nuclear Fusion. By: Shanique Colon. What is it?.

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Atoms

Atoms. Really big AND really small. Really small. Pinheads have a diameter of about 1mm. About four million atoms could line up across the head of a pin. 4,000,000,000 atoms. Really big.

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Chapter 29 Reading Quiz

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Neutron Energy Deposition

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