Your 24/7 Physics Tutor
Aligned with AP Physics
Windows Software


Software for Solving Physics Problems in
Aerospace Engineering, Civil Engineering, Industrial Engineering,
and Mechanical Engineering.

Physics-Power

Easily Do Your Homework and Become an Expert

Topics
Click links to see the Overview for each topic.

Mechanics, Heat and Thermodynamics, Fluid Mechanics, Waves and Sound, Optics, Magnetism, Electricity

How will you benefit?
  • Get a strong foundation through guided problem solving.
  • Get step-by-step instructions.
  • Know where to start and the path to the final solution.
  • Get immediate feedback so that you can fix your mistakes.
  • Finish your homework without frustration in a fraction of the time.
  • Improve test scores and grade.
  • Learn at your own pace at your own time.
  • Remain motivated with success and stay ahead of your class.
  • Don't be a novice, become and expert.
Level
Fizix Power is for highschool and college sophomores.

Self-Paced Learning
  • Fizix Power allows students to learn physics at their own pace.
  • Fizix Power empowers students to remedy deficiencies or move-ahead to advanced levels.
Problem-Based Learning
  • Interactive and structured environment for guided problem solving.
  • Help files for just-in-time learning intervention.
  • Fix your mistakes with immediate feedback.
  • Unlimited number of problems for practice.

Objectives of Fizix-Power
  • Comprehension: Comprehension of the laws of physics, conventions and definitions in physics, and algorithms and rules for solving physics problems.
  • Analysis: Ability to develop systematic strategies for analyzing physics problems with known and unknown quantities and to partition a problem into sub-problems.
  • Application: Ability to plan a solution process, to monitor the progress, to change course and debug, and to reflect and self-evaluate.
  • Success: Motivation, confidence, and success.
  • Impact: Become an expert.

Become Expert Problem Solvers with Concept Maps
  • identify input and output variables
  • examine various paths to the solution
  • evaluate the effectiveness of each path
  • data analysis to determine the interdependency among various physical quantities
  • synthesize the information from the data analysis and make conclusions
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