sf016_rohit

Pages

  • Home
  • Module
  • Lecture Note
  • One-Page_Note (1PN)

Tuesday, September 15, 2015

Ch10: Mechanical Waves 2

Standing Waves

Posted by Rohit at 7:37 AM No comments:
Email ThisBlogThis!Share to XShare to FacebookShare to Pinterest

Ch10: Mechanical Waves 1



Posted by Rohit at 7:16 AM No comments:
Email ThisBlogThis!Share to XShare to FacebookShare to Pinterest
Newer Posts Older Posts Home
Subscribe to: Posts (Atom)

Total Pageviews

Blog Archive

  • ►  2017 (34)
    • ►  November (1)
      • ►  Nov 01 (1)
    • ►  October (6)
      • ►  Oct 25 (3)
      • ►  Oct 23 (1)
      • ►  Oct 10 (1)
      • ►  Oct 06 (1)
    • ►  September (5)
      • ►  Sep 29 (1)
      • ►  Sep 23 (1)
      • ►  Sep 19 (1)
      • ►  Sep 14 (1)
      • ►  Sep 04 (1)
    • ►  August (9)
      • ►  Aug 27 (1)
      • ►  Aug 15 (3)
      • ►  Aug 09 (1)
      • ►  Aug 08 (1)
      • ►  Aug 06 (2)
      • ►  Aug 01 (1)
    • ►  July (9)
      • ►  Jul 26 (2)
      • ►  Jul 18 (2)
      • ►  Jul 14 (1)
      • ►  Jul 09 (1)
      • ►  Jul 07 (1)
      • ►  Jul 06 (1)
      • ►  Jul 04 (1)
    • ►  June (4)
      • ►  Jun 28 (1)
      • ►  Jun 27 (3)
  • ►  2016 (20)
    • ►  October (6)
      • ►  Oct 25 (4)
      • ►  Oct 01 (2)
    • ►  September (4)
      • ►  Sep 22 (2)
      • ►  Sep 19 (1)
      • ►  Sep 04 (1)
    • ►  August (2)
      • ►  Aug 06 (2)
    • ►  July (6)
      • ►  Jul 29 (1)
      • ►  Jul 25 (1)
      • ►  Jul 20 (1)
      • ►  Jul 17 (1)
      • ►  Jul 12 (1)
      • ►  Jul 03 (1)
    • ►  June (2)
      • ►  Jun 27 (2)
  • ▼  2015 (15)
    • ▼  September (5)
      • ►  Sep 28 (2)
      • ▼  Sep 15 (2)
        • Ch10: Mechanical Waves 2
        • Ch10: Mechanical Waves 1
      • ►  Sep 01 (1)
    • ►  July (4)
      • ►  Jul 28 (1)
      • ►  Jul 27 (1)
      • ►  Jul 25 (1)
      • ►  Jul 01 (1)
    • ►  June (5)
      • ►  Jun 30 (2)
      • ►  Jun 19 (1)
      • ►  Jun 17 (1)
      • ►  Jun 01 (1)
    • ►  May (1)
      • ►  May 31 (1)

Translate

Popular Posts

  • 1.2 Scalars & Vectors
    LEARNING OUTCOME: Resolve vector into two perpendicular components (x and y axes) # Depends on angle  q  and   f  
  • Deformation of Solids
  • Kinetic Theory of Gases 1
  • Simple Harmonic Motion 1
  • Ch 6: Circular Motion 3/ VERTICAL circular motion
    1. 2.  3.
  • Ch3: Momentum & Impulse: Elastic VS Inelastic colission
    Elastic VS Inelastic colission
  • Ch1: Physical Quantities & Measurement 1
  • Sound Waves
  • Ch 6: Circular Motion 2/ HORIZONTAL circular motion
    1 2 3
  • Peluang

Followers
Awesome Inc. theme. Powered by Blogger.