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N210 - Introductory Physics Olympiad

The class focuses on an algebra approach to physics problem solving. The problem difficulties are between SAT II Physics and AP Physics B. It prepares students to take the AAPT Physics Bowl exam.

Textbook

There are many books suitable for an entry level introduction to Physics.  The followings are recommended textbooks:

Optional textbook (for advanced students who would like to take the AP Physics B exam):

Schedule

Homework solutions will be posted when available.

weekTopicProblem set 1problem set 2
   1Linear Motion1.1. Units and Scientific Notation1.2. Velocity and Acceleration
   2Falling Objects2.1. Falling Objects2.2. Kinematics
   3Motion Graphical Analysis3.1. Graphical Analysis of Motion3.2. Free Falls
   4Equilibrium Rules4.1 The Euilibrium Rules4.2. Kinematics Review
   5Newton's Laws of Motion5.1 Newton's Law of Motion5.2. Motion Graphics
   6  Weight and Tension6.1 Weight and Tension6.2. Newton's Law of Motion
   7Friction7.1 Friction7.2. Weight and Tension
   8Impulse & Momentum8.1 Impulse and Momentum8.2. Friction
   9 Work and Energy9.1 Work and Energy9.2. Impulse and Momentum
  10 Energy Conservation10.1 Work and Energy10.2 Impulse and Momentum

Mathematics Background

This course uses an algebra approach to entry level physics.  If you know how to solve the following problems, you have enough mathematics background to take this class.  You are allowed to use a calculator for these problems.

  1. Scientific Notation: The distance between Neptune and Sun is 4,5000,000,000 km.  Express the distance in scientific notation.
  2. Distance and Slope: An object moves from coordinate point A (2, 3) to B (5, 7).  What is the distance and the slope of the movement?
  3. Falling Objects: A ball is thrown downward with an initial velocity of 3.00 m/s from a tower 70.0 m high.  The distance of its falling is described by y = 3t + 10t2.  How many seconds will take the ball to reach the ground?
  4. Atwood's Machine: Two masses suspended over a pulley by a cable can be described in the following two equations.  If m1 is 150 kg, m2 is 100 kg, and g = 10 m/s2, find the value of tension (T) and acceleration (a).

T - m1g = -m1a

T - m2g = m2a

Important Dates

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