TRIGONOMETRY AND MODEL SIMPLE HARMONIC MOTION

Authors

  • Mamurakhon Kadirjanovna Mamadjanova Andijan State univesity
  • Orifjon Obidjon o‘g‘li Majidov Andijan State univesity
  • Tolanboy Tursunboyevich Ibaydullayev Andijan State univesity

Keywords:

trigonometry, amusia, sine, cosine, frequency, amplitude, Harmonic motion, waves, equilibrium.

Abstract

A mere snippet of a song from the past can trigger vivid memories, including emotions ranging from unabashed joy to deep sorrow. Trigonometric functions describe the pitch, loudness, and quality of a music notes. In this article we will learn how trigonometry models harmonic motion.

References

Jean Linsky, James Nicholson and Brian Western “Pure Mathematics for Cambridge international AS & A level” Oxford University press 2018

Sue Pemberton “ Mathematics for Cambridge IGCSE” ” Oxford University press 2018

Margaret L. Lial, John Hornsby, David I. Schneider and Callie J. Daniels “Trigonometry”

Michael Haese, Sandra Haese, Mark Humphries and Chris Sangwin “ Cambridge Additional Mathematics”

Embibe.com/exams/real-life applications of trigonometry

Robert Blitzer “Trigonometry”

Margaret L. Lial, John Hornsby, David I. Schneider, Callie J. Daniels “Trigonometry”

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Published

2023-10-13

How to Cite

Mamadjanova, M. K., Majidov , O. O. o‘g‘li, & Ibaydullayev , T. T. (2023). TRIGONOMETRY AND MODEL SIMPLE HARMONIC MOTION. Educational Research in Universal Sciences, 2(11 SPECIAL), 110–112. Retrieved from http://erus.uz/index.php/er/article/view/3936