खड़े लहर Meaning in English
खड़े लहर शब्द का अंग्रेजी अर्थ : the wave of the row
, standing wave
ऐसे ही कुछ और शब्द
स्टैंडिंगस्टैडनेस
गैरमिलनसार
खड़ा व्यक्ति
स्टैनेल
स्टैंक
छंद
स्टैपेडेक्टॉमीज़
स्टैपेडेक्टॉमी
स्तपीय
प्रधान माल
तारागण
ताराणु
स्टार सेब
तारे तोड़ना
खड़े-लहर इसके अंग्रेजी अर्थ का उदाहरण
The "standing wave" or "sheet wave" type of artificial wave was developed in the 1980s by American real estate attorney Tom Lochtefeld who was a partner in the development of Raging Waters water parks in San Dimas, San Jose and Salt Lake City.
The frame must be made of a nonconductive material like wood, because any conducting objects near the line can disturb the standing wave pattern.
So one can think of introducing a conical or flared section of the pipe as raising the frequencies of the standing waves, and raising the frequencies of the low pitched resonances most of all.
Dangers include rocky rapids in the of stream passing through canyons, where standing waves may reach up to in high water.
As more wave energy enters the chamber, it combines with and reinforces the standing wave, increasing its intensity.
However, this enhanced radiation in the higher frequencies means by definition less energy imparted to the standing waves, and thus less stable and well-defined notes in the higher registers, making the instrument more difficult to play.
Ripple Rock was so named in 1862 by Captain Richards, RN, because its summits were about at sea level and made a prominent standing wave in the fast tidal current of the strait.
When a wave enters the chamber, it bounces back and forth within the chamber with low loss (See standing wave).
Thus, the spatial distribution of the electrical and magnetic field strengths is strongly inhomogeneous (standing waves).
However, the standing wave propagates past the first open hole, so its frequency can be affected by closing other tone holes further downstream.
Size and shape can influence the sound wave's behavior if they interact with its wavelength, giving rise to wave phenomena such as standing waves and diffraction.
Furthermore, standing waves are practically eliminated as there are no parallel surfaces reflecting sound waves.
The current on the Lecher line, like the voltage, forms a standing wave with nodes (points of minimum current) every half wavelength.