Physics 111

 

 

Text:                                       Randall Knight, Physics for Scientists & Engineers

Laboratory text:                    Introductory Laboratory Physics (tan cover).

Instructor:                              Maarij Syed (MMS)      Office: DL107/108     

Phone/Mail: 8957 / Box 173.

                                                Office Hours:  6th period every day except Wednesday.

Grade Details:

 

Homework

 

I will give you a list of problems every week   [8 %] (solutions in the Logan library folder).

 

Quiz 

 

Unannounced, once or twice a week.                                                          [15 %]

 

Exams

 

3 class exams                                                                                              [42 %]

 

Labs

 

I will receive your lab grade from your lab instructor. Incomplete or failing lab grade will result in a failing grade for the whole course.               [15 %]

 

Final

 

Common final exam (comprehensive).                  [20 %]

 

 

*Exams (tentative details):

Exam 1:           Chapters 1, 2, 3, and 4 (week 3).

Exam 2:           Chapters 5, 6, 12, 22, and 28 (week 6/7).

Exam 3:           Chapters 6, 7, and 8 (week 9/10).

 


*      You can not make up missed quizzes and exams without a legitimate excuse.  If you can not make it to an exam or a quiz due to exceptional circumstances, please let me know well in advance (at least a week).

*      Employing unfair means (cheating) during a quiz or an exam will result in a course grade of "F" (among other things).  Please refer to the rules and regulations listed in RHIT Academic Rules and Procedure Manual.

*      Please refrain from tobacco use, web surfing, e-mail correspondence and other non-class-related computer activities during class.

*      If you are having problems with the subject matter, please discuss these problems (general or specific) with me at the earliest available opportunity.  Please do not wait till the second or third exam.

*      In-class activities will primarily be simple demonstrations/experiments that will help illustrate the principles that we study in class.  Sometimes you will work in groups of three or four but you will still be responsible for maintaining an individual portfolio (informal).  I will collect the portfolios twice or thrice during the term. Every entry in your portfolio has to have an abstract (one paragraph) and a conclusion (one paragraph) in addition to the necessary data and analysis for a given activity. Loose pages are not acceptable. Please get a thin binder for your portfolio and make sure that all the pages are secure.

*      We will also carry out four more detailed experiments.  For these you will work in groups of two and only one formal report per group will suffice. These groups will be established on the day of our first lab and will be considered permanent for the remainder of the term. These formal reports are to be written in your (or your partner’s) lab book.

 

Syllabus

 

Topics                                                                                               Sections

 

Vector algebra                                                                                1.8-1.11                     

1-D kinematics                                                                                2.1-2.6

2-D kinematics                                                                                3.1-3.5

Newton's laws                                                                                4.1-4.7   5.1-5.6

Gravity                                                                                               12.1-12.4

Electrostatics                                                                                  22.1-22.7

Magnetic force                                                                                28.1-28.6

Work and kinetic energy                                                              6.1-6.5

Conservation of energy                                                               7.1-7.5

Center of mass, conservation of momentum                         8.1-8.3

Impulse and collisions                                                                  8.4-8.6