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PHYSICS 1B Lecture 1: phys1b dis1

United States

Physics for Scientists and Engineers: Oscillations, Waves, Electric and Magnetic Fields

Physics

Kusenko, Alexander

University of California - Los Angeles

Database Systems

Programming Languages

Logic Design of Digital Systems

Introduction to Computer Organization

Operating Systems Principles

Freshman Computer Science Seminar

Software Construction Laboratory

Computer Network Fundamentals

Computer Systems Architecture

Introduction to Algorithms and Complexity

Fundamentals of Artificial Intelligence

Electrical and Electronic Circuits

Systems and Signals

Art of Engineering Endeavors

Life: Concepts and Issues

Introduction to Study of Language

Linear Algebra and Applications

Calculus of Several Variables

Differential Equations

Probability Theory

Physics for Scientists and Engineers: Electrodynamics, Optics, and Special Relativity

Introduction to Statistical Reasoning

Introduction to Computer Science II

Introduction to Discrete Structures

Introduction to Political Philosophy

Introduction to Theater

Introduction to Computer Science I

Mathematics of Design

Introduction to Electrical Engineering

History of the U

Physics for Scientists and Engineers: Mechanics

Introduction to Machine Learning

<div><br></div> <div>A rock is thrown off of a wheel with a radius of r and withaspeed of v. If v<sup>2</sup> â¥ grshow that the rock cannot gohigher than r + (v<sup>2</sup>/2g)+(gr<sup>2</sup>/2v<sup>2</sup>).</div>

<p>sketch a few cubic unit cells and draw the following lattice planes within them: (0 0 1), ( 1 0 1), (0 1 1), (0 2 1), (2 1 0), (2 1 1) and (1 2 2).</p>

<div>Give the maximum number of electrons in an atom that can have these quantum numbers: </div>
<div>a. n = 0, I= 0, m<sub>l</sub>=0</div>
<div>b. n = 2, l=1, m<sub>l</sub>=-1, m<sub>s</sub>= -1/2</div>
<div>C. n= 3, m<sub>s</sub> = +1/2</div>
<div>d. n=2, l=2</div>
<div>e. n=1,l= 0, m<sub>l</sub>=0</div>

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