Regents Physics Review - Mechanical Waves (Longitudinal and Transverse Waves) and Characteristics

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  • čas přidán 7. 07. 2024
  • This video covers the topics of Mechanical Waves for the NY Regents in Physics. Everything with waves is covered, including longitudinal and transverse waves, wave characteristics, Standing Waves, Resonance, and Diffraction.
    Complete Physics Courses Online at my website: physicscourseonline.com
    If you would like to review for all of Regents Physics I recommend completing my courses in the following order:
    Regents Physics Review - One Dimensional Motion - Review with Examples! skl.sh/2KUWe6Z
    Regents Physics Review - Two Dimensional Motion - Review with Examples! skl.sh/2J3AZmf
    Regents Physics Review - Forces and Motion (Dynamics) - Review with Examples! skl.sh/2IMiJ1q
    Regents Physics Review - Work, Energy, and Power - Review with Examples! skl.sh/2J5Z7Vo
    Regents Physics Review - Momentum - Review with Examples! skl.sh/2IKqGEd
    Regents Physics Review - Static Electricity (Electrostatics) - Review with Examples! skl.sh/2s7i14m
    Regents Physics Review - Electricity - Review with Examples! skl.sh/2sab2HT
    Regents Physics Review - Magnetism - Review with Examples! skl.sh/2J78l3u
    Regents Physics Review - Waves & Sound - Review with Examples! skl.sh/2GQczYb
    Regents Physics Review - Optics (Light) - Review with Examples! skl.sh/2KSRZsu
    Regents Physics Review - Modern Physics - Review with Examples! skl.sh/2IOtEDB
    Regents Physics Review - Entire Exam Review skl.sh/2saoLP2
    Again, this course is review only! I recommend completing my other courses which go into significantly more depth if this content feels too fast or incomplete.
    The first course within my Kinematics series (1 & 2 Dimensions) can be found here:
    Physics - 1D Kinematics - Scalars vs. Vectors, Distance vs. Displacement, & Speed vs. Velocity skl.sh/2EakQop
    The first course within my Dynamics series can be found here:
    Physics - Dynamics - Newton's Laws of Motion, Forces, and Inertia skl.sh/2IEfJQD

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