📌 Sine Wave | Simple Explanation on a Giant or Ferris Wheel | Trigonometry | Learnability - скачать с ютуб видео или музыку на рингтон в хорошем качестве

Из-за периодической блокировки нашего сайта РКН сервисами, просим воспользоваться резервным адресом:

Скачать бесплатно Sine Wave | Simple Explanation on a Giant or Ferris Wheel | Trigonometry | Learnability в качестве 4к (2к / 1080p)

У нас вы можете посмотреть бесплатно Sine Wave | Simple Explanation on a Giant or Ferris Wheel | Trigonometry | Learnability или скачать в максимальном доступном качестве, которое было загружено на ютуб. Для скачивания выберите вариант из формы ниже:

Загрузить музыку / рингтон Sine Wave | Simple Explanation on a Giant or Ferris Wheel | Trigonometry | Learnability в формате MP3:

Роботам не доступно скачивание файлов. Если вы считаете что это ошибочное сообщение - попробуйте зайти на сайт через браузер google chrome или mozilla firefox. Если сообщение не исчезает - напишите о проблеме в обратную связь. Спасибо.

Если кнопки скачивания не загрузились НАЖМИТЕ ЗДЕСЬ или обновите страницу
Если возникают проблемы со скачиванием, пожалуйста напишите в поддержку по адресу внизу страницы.
Спасибо за использование сервиса savevideohd.ru

Sine Wave | Simple Explanation on a Giant or Ferris Wheel | Trigonometry | Learnability

Learn the fundamentals of a Sine Wave! It is extensively used in physics, engineering, mathematics, and countless other fields. A giant or Ferris wheel is used as an analogy to explain the concept. A sine wave can be just visualized as the vertical component of a simple circular motion. It's plotted as position vs time or angle as the giant wheel rotates. High school and undergraduate physics, math, and other sciences may benefit from learning fundamentals of this very useful waveform The Origin of the word "Sine" is also discussed. The complement to the Sine wave is a Cosine wave which is also hinted upon at the end of the video (horizontal motion of the giant wheel). Finally, check your understanding of a Sine wave's amplitude and oscillations with a question at the end of the video. Answer to the question at the end of the video: A) Both giant wheels (red and blue) are rotating at the same speed. The difference is that 2 rotations are shown for the blue wheel if you look at the time axis carefully. B) Both giant wheels are the same size. Look at the amplitude on the vertical motion. It's +200 and -200 feet, so both giant wheels are 400 ft in diameter. (which by the way, is very close to the height of the London Eye Giant Wheel. The Hong Kong Observation Wheel is half that diameter, around 200 feet, so an amplitude of 100 feet from start) Appreciate your time and thank you for watching my videos! It would be great if you would hit the thumbs up button, subscribe, and share the video with somebody who might be interested in this topic. More videos to follow!

Comments