Chapter 7 1. Problem Solutions A beam of electrons enters a uniform 1.20-T magnetic field. (a) Find the energy difference between electrons whose spins are parallel and antiparallel…
1. WELCOMEAT THE 2. Digital Signatures 3. Electronic Record 1. Very easy to make copies 2. Very fast distribution 3. Easy archiving and retrieval 4. Copies are as good as…
1. Drive carefully, life is precious Diagnostic Imaging for Rehab Doctors 2. Learning outcome and objectives 1. Become familiar with various medical imaging modalities 2.…
Slide 11 Chapter 8.2 Covalent Bonding Chemistry Los Altos High School Darren Dressen, M.S. Slide 2 2 Section 8.2 The Nature of Covalent Bonding l OBJECTIVES: –Learn that…
Slide 1Danny Cho Richard Sheng Megan Wongkamalasai Ion Sizes Slide 2 What is Ion Size? Ion size refers to the distance from the center of the nucleus of an ionized atom to…
Slide 1Chapter 6 Covalent bonding Slide 2 Makes molecules Specific atoms joined by sharing electrons Molecular compound Sharing by different elements Diatomic molecules Two…
Slide 1X-ray diffraction – the experiment Learning Outcomes By the end of this section you should: understand some of the factors influencing X-ray diffraction output be…
Slide 1Free Electron Fermi Gas Although the free electron model is a great oversimplification of the reality, surprisingly in many cases it works pretty well describing many…
Slide 1Chapter 21: The Electric Field I: Discrete Charge Distributions Section 21-1: Charge Slide 2 Electric charges of the same sign A.attract each other. B.repel each other.…