
Physics of Special RelativityCourse Number  PHY 213  Credits  2  Lab Hours  0  Lecture Hours  30  Course Description  Prerequisite: MATH LEVEL 6 and "C" (2.0) minimum grade in PHY 111 or PHY 211 or Instructor's permission. Explores the implications of Einstein's Special Theory of Relativity. Includes both relativistic kinematics and dynamics. Discusses concepts of time dilation, length contraction, the famous equation E=mc², and standard problems such as the Twin Paradox. (300) 
Outcomes and ObjectivesMathematical aspectsObjectives:  Solve physics problems of special relativity using the mathematics of algebra.
 To analyze and solve some of the seminal problems in relativistic physics such as the Twin Paradox, the Pole Vaulter problem, collisions of relativistic objects.
Relativistic KinematicsObjectives:  To understand the difference between inertial and noninertial reference frames.
 To use the concepts and apply the mathematical relationships for time dilation, length contraction, and relative velocity.
 To discuss the basic construction of a spacetime diagrams and use them in simple applications of physical problems.
Relativistic DynamicsObjectives:  To discuss the ideas of mass, energy, and momentum
 To solve problems involving the use of these relativistic energy and momemtum.
MiscellaneousObjectives:  To discuss the basis of General Relativity.
 To discuss the ideas of binding energy and antimatter.








