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About the Course
Students learn advanced topics in mechanics, including systems of measurement, motion in one dimension, motion in two and three dimensions, Newton's Laws, work and energy, systems of particles, and the conservation of momentum, rotation, static equilibrium of a rigid body, gravity, and oscillations. All concepts are important when preparing for the Physics C: Mechanics Advanced Placement (AP) exam.
What Makes Mechanics Different?
After studying the theory behind physics concepts, students use their knowledge to analyze real-world situations. In this demo, students learn how a car can bank a curve.
Free Body Diagram
Free-body diagrams are one of the most valuable tools available to analyze and solve mechanics problems in physics. In this lecture, students learn how to construct these diagrams.
Conservation of Momentum
Conservation of momentum is among the most important concepts studied in physics. This lecture establishes the basis of this principle and then gives example problems for the student to work on.
Enroll in Mechanics
Tutor Support Included
Tutor Supported Features -
- Dedicated tutors for one-to-one learning
- Tutoring via video chat, phone, or email
- Digital Classroom sessions
- Academic coaching
- Parent-Tutor conferences
- Completion certificate
- Detailed progress reporting
- Technical support
- 3-month course enrollment
- Additional Details
* Subscription Program: 10% discount with automatic renewal
I feel that these programs are excellent for helping kids get a head start in the world before they complete school.
GiftedandTalented.com is one of Homeschool.com's Top 100 Educational Websites. Numerous awards and grants supported the development of this course, including awards from the Silicon Valley Education Foundation and the Jack Kent Cooke Foundation.
Recent independent research by New York University has confirmed that our adaptive learning programs are proven to accelerate achievement for varying levels of students. The study found that:
Mechanics is delivered via CD-ROM, typically delivered within 5 -7 business days. Access to online resources and your Stanford trained tutor begin immediately upon enrollment.
Recommended Usage: The course is designed to take approximately 4-5 months to complete.
Skills Covered: After each major section of the course, there is an exam which is graded by the instructor. There is also a written "take-home" final examination. The course grade is largely based on these exams. Download the Mechanics Course Outline.
Prerequisites: Calculus or equivalent
Recommended Textbook: Physics for Scientists and Engineers, by Tipler, 5th ed. (or 4th ed.) Worth Publishing. ISBN#: 0716783398
This course requires a computer with a CD-ROM drive and the Windows operating system. It will only function on Mac OS using a virtualized Windows Operating System using a product like Parallels Desktop or VM Ware.
System Requirements: All CD-ROM based course software require a Windows operating system. Mac OS X users can run Windows using Boot Camp or virtualization software like Parallels Desktop. The recommended Windows system has:
- Windows 7 or 8
- Intel processor (or AMD equivalent) with at least 4 GB RAM
- 10GB of free hard drive space
- CD/DVD drive
- Speakers and/or headphones jack
- Internet connection
Frequently Asked Questions
How do I know if this course is right for my child?
What is the recommended time a student should spend on each course?
To help students achieve their maximum potential, we recommend that they work in each course at least 20-30 minutes daily, a minimum of 3 days a week. For more information on schedules that our G&T.com students have used to accelerate their learning for each course, click here.
What happens if my student finishes the course early?
If the student finishes the course with time remaining in his/her quarter, he/she can continue to the next course in sequence with the remaining time for no additional cost. To complete a course transfer, contact a member of our Customer Experience Team.
Mechanics Grades: 9–12