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Course Descriptions:
         Physics 1020
        
Physics 1021
        
Physics 1050
        
Physics 1051
        
Physics 2053
        
Physics 2056
        
Physics 2400
        
Physics 2151
        
Physics 2553
        
Physics 2820
        
Physics 3060
        
Physics 3160
         Physics 3180
        
Physics 3220
        
Physics 3820
        
ES 2150         

1st yr Registration Info

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  @ Grenfell Campus, Memorial University

Physics 1051: General Physics II:
                            Oscillations, Waves, Electromagnetism

General Physics II is the second in a series of courses to introduce the student to classical physics. It is a calculus-based treatment of oscillations, electricity & magnetism, sound, and geometrical and physical optics.

Pre-requisites: Physics 1050, Math 1001. Math 1001 may be taken concurrently.

In the laboratory, students use the spreadsheet software MS Excel as a tool for analyzing data, expanding on skills and techniques learned in Physics 1050.  Computer-controlled sensors are used in many of the experiments for data collection and analysis.

Important Note:

See 1st yr Registration Info. The laboratory portion of this course assumes prior experience with the programs LoggerPro and Microsoft Excel, as used in Physics 1050.  A student without this background should be prepared to work rapidly on their own to quickly attain such experience. Excel tutorials are located in the Grenfell network public directory:     /1000physics/1050/Excel Tutorials.  (The tutorials are MS Word documents.)


Instructor:

Dr. Douglas Forbes
Office: AS 3028 (new building)
Phone: 637-6295
E-Mail: dforbes at grenfell dot mun dot ca
Six Ideas, Unit E

Text:

Six Ideas That Shaped Physics (2nd Edition), Units E, Q;  Thomas A. Moore

Six Ideas, Unit R
LoginID for Class assignments:
         

Other Resources:

  • The student companion websites for two similar texts:
  • Try our Physlets ! These are interactive programs designed to help your understanding of physics concepts.
  • The Feynman Lectures The Messenger Lectures, given by Nobel laureate Richard Feynman at Cornell University in 1964. Seven lectures covering most of physics, restored and enhanced with notes and links. Probably the most influential physics lecture series in the 20th century!  He was a gifted speaker who conveys, with humour and clarity, the beauty and power of physics as well as the wonder of nature. Well worth your time!

Other Resources:

  • The website for a similar text, Fundamentals of Physics, from Wiley. Contains  Interactive LearningWare Problems, text solutions, self-quizzes, and other good stuff.
  • The website for another similar text, Physics for Scientists and Engineers, from Prentice Hall. Contains many automatically graded problems and other Physlets.
  • The Feynman Lectures The Messenger Lectures, given by Nobel laureate Richard Feynman at Cornell University in 1964. Seven lectures covering most of physics, restored and enhanced with notes and links. Probably the most influential physics lecture series in the 20th century!  He was a gifted speaker who conveys, with humour and clarity, the beauty and power of physics as well as the wonder of nature. Well worth your time!

Office Hours:

TBA

Need Extra Help?

Check out the studying tips on this website:

Additional help can be obtained from Peer Tutors in the Learning Centre. Peer tutors are students who have successfully completed the course; their one-on-one tutoring may be of some help to you. The peer tutor schedule is been posted on the Learning Centre notice board. The peer tutor room of the Learning Centre is located in the Student Services annex.


Marking Scheme: Winter :  TBA

   
   
   

Laboratory work  **

20 %

Final Exam

 

Total = 100 %

** A passing grade in laboratory work is required in order to pass the course.


Laboratory Schedule Winter : TBA

Lab Activity

Monday PM Tuesday AM
access code:    

   Introduction/Review (required)

   

  The Simple Pendulum, week 1

   

  The Simple Pendulum, week 2

   

   Simple Harmonic Motion

   

    Resonance & the Speed of Sound

   
   The Doppler Effect    

Winter Reading Break

   

   DC Circuit Analysis

   

   Capacitors & RC Circuits

   

   Magnetic Field of a Slinky

   

   Interference & Diffraction

   

  *  Lab Test  *

   

Please note that a passing grade in laboratory work is required in order to pass the course. A MasteringPhysics pre-laboratory quiz must be submitted before the deadline specified for your laboratory section. Should you fail to submit the MasteringPhysics pre-lab quiz, you may be barred from the corresponding lab and obtain a zero grade for that lab.

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Last update: 24 April, 2013


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