Phys for Science & Engr I
Phys for Science & Engr I PHYS 2101
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This 3 page Class Notes was uploaded by Cale Ondricka on Sunday October 25, 2015. The Class Notes belongs to PHYS 2101 at University of North Carolina - Charlotte taught by Pedram Leilabady in Fall. Since its upload, it has received 51 views. For similar materials see /class/229012/phys-2101-university-of-north-carolina-charlotte in Physics 2 at University of North Carolina - Charlotte.
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Date Created: 10/25/15
PHYS 2101 Summer 2009 Course Schedule Dr Pedram Leilabady May 26 Chapter 3 Topic Lecture Date I Vectors and Coordinate Systems a ScaIars and Vectors b Properties of Vectors c Coordinate Systems and Vector Components d VectorAIgebra II Concepts of Motion III so rv 9069 Kinematics in one dimension ltQltDQom Force and Motion sachrvaocm39 359quot May 27 Chapter 7 Motion Diagrams The Particle Model Position and Time Velocity Linear acceleration Motion in one dimension ProblemSolving Strategy Units and Significant Figures May 28 29 Chapter 2 Uniform Motion Instantaneous Velocity Finding Position from Velocity Motion with Constant Acceleration Free Fall Motion on an Inclined Plane Instantaneous Acceleration June 1 Chapter 5 Force A Short catalog of Forces Identifying Forces What Do Forces Do Newton s 2nd Law Newton s 1st Law FreeBody Diagrams Dynamics I Motion along a Line Equilibrium Using Newton s 2nd Law Mass Weight and Gravity Friction June 2 3 Chapter 6 b c VI OOC39C39Fquot VII 9069 VIII H gtlt 930031quot p naocm39 XI 9069 naocm39 Drag Examples of Newton s 2nd Law Dynamics 2D Motion June 4 5 Chapter 47 44 Chapter 8 1 Acceleration Kinematics in two Dimensions Dynamics in two Dimensions Projectile Motion Relative Motion June 8 9 Chapter 45 4 7 Chapter 82 3 86 7 Dynamics lll Circular Motion Uniform Circular Motion Velocity and Acceleration in Uniform Circular Motion Dynamics of Uniform Circular Motion Nonuniform Circular Motion and Angular Acceleration Newton s Third Law June 10 11 12 Chapter 7 lnteracting Systems ldentifying ActionReaction Pairs Newton s third Law Ropes and Pulleys Examples of lnteracting System Problems lmpulse and Momentum June 15 16 Chapter 9 Momentum and lmpulse Solving lmpulse and Momentum Problems Conservation of Momentum Explosions lnelastic Collisions Momentum in two Dimensions Angular Momentum Energy June 17 18 Chapter 70 Kinetic Energy Gravitational Potential Energy Restoring Forces and Hooke s Law Elastic Potential Energy Elastic Collisions Energy Diagrams Work The Basic Energy Model Work and Kinetic Energy Calculating and Using Work Work Done by a Variable Force June 19 Chapter 71 Force Work and Potential Energy Finding Force From Potential Energy Thermal Energy Conservation of Energy Power 39lt939ltD XIII Rotation of Rigid Body June 22 23 24 Chapter 72 Rotational Kinematics Rotation about the Center of Mass Torque Rotational Dynamics Rotation About a Fixed Axis RigidBody Equilibrium Rotational Energy Rolling Motion Vector Description of Rotational Motion Angular Momentum ofa Rigid Body momsarm 9069 XIV Oscillations June 25 26 Chapter 74 Simple Harmonic Motion Analogy to Circular Motion Energy in Simple Harmonic Motion Dynamics ofSimple Harmonic Motion Vertical Oscillations The Pendulum Damped Oscillations orhmgocrm Review June 29 All Sections Final Exam Comprehensive June 30
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