PPT-H2 and other molecules

2 Potential curves involved in the Lyman and Werner bands Roueff 00 3 The H 2 molecule Symmetrical no dipole Quadrupolar transitions ΔJ 2 Light molecule gt low inertial moment and high energy levels. Individual Other Reset Reset Individual Other Reset Reset Individual Other Suffix 1st 5 of Zip Served by:_________________________________AOC-105Doc. Code: CICase No. Transfer of Energy as Heat. Energy moves as heat in three ways. Heat is always a transfer of energy from objects at a higher temperature to a lower temperature. There are 3 different ways this transfer of energy can happen. The Building Blocks of Matter. Chapter 2. Chapter Outline. 2.1 The . Rutherford Model of . Atomic Structure. 2.2. . Nuclides and Their Symbols. 2.3 . Navigating the Periodic Table. 2.4 The . Masses of Atoms, Ions, and Molecules. Bonds repel each other. Bonds are electrons. Electrons are negatively charged. Negative charges repel other negative charges. Bonds repel each other. Molecules arrange themselves in 3-D so that the bonds are as far apart as possible. Penny Commons. Brendan Abrahams. February STAV . Workshop. Copyright issues. We have replaced the images with their . urls. . Please just click on the . url. and copy the image into the PowerPoint. Any free images have been left in place.. 1) What happens next?. Why?. 2) How can you maintain more blue molecules on the left . and. more red molecules on the right?. DO NOW. Answer . questions #1&2 . on your worksheets.. Put in a pump that would pump the blue molecules to the left and the red molecules to the right.. Martin Centurion. Department of Physics and Astronomy. University of Nebraska – Lincoln. 1. Outline. 2. Diffraction from aligned molecules:. 3D molecular images with sub-Angstrom resolution. Imaging of transient structures: Molecules in intense laser fields.. Marina Quintero-. Pérez. Paul Jansen. Thomas E. Wall. Wim. . Ubachs. Hendrick. L. . Bethlem. Motivation. Why. . cold. . molecules. ?. Long coherence times. High precision measurements . COLD . = low velocities. NOT THE SAME AS EVOLUTION. First life. 3.6 Billion years ago. First life was likely simple. Bacteria-like. Single-celled, no organelles. Early Earth. Early Earth had . NO OXYGEN. Atmosphere had CO2, Carbon monoxide, nitrogen, water, hydrogen. Bio-Chemistry (AKA Organic Chemistry). Inorganic Compounds. : from minerals or non-living source.. Organic Compounds. : contain . Carbon. & come from a living thing.. Carbon can combine with other elements to form millions of compounds.. V.F. . Ezhov. . (PNPI NRC KI). Hadron . Structure and QCD. 27 June 2016 to 1 July 2016. P. T. D. S. NMR . resonance shift correlated to electric field is measured.. 1964 . – CP-violation in K. 0. -decay. mechanical. and . chemical. . processes.. This occurs in the Alimentary Canal…. Alimentary canal . – long muscular tube that runs from the mouth to the . anus. . Peristalsis . – muscular movement of food. Everything in our cells and in our bodies happens randomly. It is the nature of molecules to randomly move about. So somehow, the cells is a bag of proteins, signals all move about randomly and still very organized behavior results. . Why are Macromolecules important to the Human Body. ?. Macromolecules are essential to the functioning of the human body. . . Carbohydrates . are . the body’s main . source of energy. . Lipids . provide stored energy reserves. This allows us to survive when carbohydrates are not being supplied to the body. .