Class Schedule:

Tuition Fee: $49.95 per month

Benefits of Aim4A Tutoring:

• Highly qualified tutors who have Masters or Ph. D. degrees
• Individual or small group teaching
• Systematic curriculums
• Students will receive worksheets that include lessons and quizzes
• Students progress through the curriculum at their own pace

1 Units and Measurement
1.1 Units of Physical Quantities
1.2 The Scientific Notation, Significant Figures, Accuracy, and Precision
1.3 The SI Unit Prefixes, Fundamental & Derived Quantities
1.4 Dimensions of Physical Quantities

2 Velocity and Relative Motion
2.1 Types of Motion
2.2 Describing Distance and Time
2.3 Graphs of Motion; Velocity
2.4 The Principle of Inertia
2.5 Addition of Velocities
2.6 Graphs of Velocity Versus Time

3 Acceleration and Free Fall
3.1 The Motion of Falling Objects
3.2 Acceleration
3.3 Positive and Negative Acceleration
3.4 Varying Acceleration

4 Force and Motion
4.1 Force
4.2 Newton's First Law
4.3 Newton's Second Law
4.4 What Force Is Not

5 Analysis of Forces
5.1 Newton's Third Law
5.2 Classification and Behavior of Forces
5.3 Analysis of Forces
5.4 Simple Machines: The Pulley

6 Newton's Laws in Three Dimensions
6.1 Forces Have No Perpendicular Effects
6.2 Coordinates and Components
6.3 Newton's Laws in Three Dimensions

7 Vectors
7.1 Vector Notation
7.2 Calculations with Magnitude and Direction
7.3 Techniques for Adding Vectors

8 Vectors and Motion
8.1 The Velocity Vector
8.2 The Acceleration Vector
8.3 The Force Vector and Simple Machines

9 Circular Motion
9.1 Conceptual Framework for Circular Motion
9.2 Uniform Circular Motion
9.3 Nonuniform Circular Motion

10 Gravity
10.1 Kepler's Laws
10.2 Newton's Law of Gravity
10.3 Apparent Weightlessness
10.4 Vector Addition of Gravitational Forces
10.5 Weighing the Earth

11 Electricity - Part I
11.1 Current
11.2 Circuits
11.3 Voltage
11.4 Resistance
11.5 Current-Conducting Properties of Materials

12 Electricity - Part 2
12.1 Schematics
12.2 Parallel Resistances and the Junction Rule
12.3 Series Resistances

13 Fields of Force
13.1 Why Fields?
13.2 The Gravitational Field
13.3 The Electric Field

14 Electromagnetism
14.1 The Magnetic Field
14.2 Calculating Magnetic Fields and Forces
14.3 Induction
14.4 Electromagnetic Waves