Physics B Credit Recovery

This is an adaptive credit recovery course, in which students will complete a pretest for each module, and will be exempted from activities for topics where mastery is demonstrated. This type of credit recovery course targets individual areas of need in the curriculum and minimizes repetition of content where students have demonstrated their understanding. Students will continue their study of mechanics and will extend their learning to other aspects of physics. The course begins with a study of simple harmonic motion, wave properties, and optics.

Students then will learn the basics of thermodynamics and fluids before moving on to explore principles of electricity and magnetism. This is a trigonometry-based course in which students are expected to know and use trigonometry to solve problems.

Major topics include:

  • Waves and wave behavior
  • Energy and thermal transfer
  • Electricity and electric charge
  • Magnetism
  • Light and optics

Students learn through online lesson activities, videos, and interactive activities. Each module begins with a pretest, proceeds to lessons that conclude with a brief self-check, and wraps with a module exam. The course concludes with a cumulative exam.

This course uses content from Accelerate Education taught by a VHS Learning instructor who is certified in their content area and who follows VHS Learning policies. The course will be hosted in the Buzz learning management system. Students may spend 40 hours completing this course, though actual time-spent will vary based on individual student performance in module pretests.

Acknowledgements

  • Algebra 2
  • Physics B
  • Students should confirm that their high school will accept this course for credit recovery before registering for the course.
  • This course contains an end-of-course proctored exam. Instructions for students to identify an appropriate adult proctor are included in the course lessons.

Course Objectives

Course Learning Objectives:

  • Understand and illustrate wave motion.
  • Relate light and temperature to heat and thermodynamics.
  • Understand magnetism across electric circuits and fields.