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@taogiare111111: 1m thanh lý zin trừ pin cn đầy đủ máy mày trắng cọc 100k khi mua bao ktr tét máy

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Region: VN
Wednesday 30 September 2026 14:22:22 GMT
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Music

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No Watermark .mp4 (3.74MB) No Watermark(HD) .mp4 (3.48MB) Watermark .mp4 (4.15MB) Music .mp3

Comments

deptraiv60
😉 :
còn không shop
2026-10-11 07:23:27
0
ngxtruong2513
truong. :
thời này còn có ng tin a😂
2026-10-07 14:19:32
0
thuyan260214
ừ :
ip sao ạ
2026-10-05 08:20:34
0
nhovycte2012
翠薇💗 :
còn. ko shoop
2026-09-30 23:33:17
0
hong.lm0571
hoàng lâm :
shop ibbbb
2026-10-07 09:50:50
0
anh.kieu2312
A :
ip j v ạ
2026-09-30 14:48:30
0
hailongtrann
hailong :
tập cam à em
2026-10-09 13:59:52
0
hong.lm0571
hoàng lâm :
rep e siêu lâu
2026-10-07 08:31:30
0
hong.lm0571
hoàng lâm :
shop ko rep e kìa
2026-10-07 05:45:48
0
To see more videos from user @taogiare111111, please go to the Tikwm homepage.

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la cisterna cosas 🙂‍↕️ Al menos este jugoso, no fue tan bélico como el de la otra vez. aunque igual tenía la cagá en la esquina 😒 #callateperkin #parati #viral #viral?videotiktok😇😇 #viralchile
neymar jr💥🔥#neymar #goat #football #skills #prime
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To dole mu tashi mu gyara 🖤🦅❤️ #walkiya #bilalvillah #fyp #viral #asharubu
Frequency Made Visible Through The Flames Frequency made visible through flames is primarily demonstrated using the Rubens' Tube, a physics apparatus that visualizes sound waves as standing wave patterns in fire. This device consists of a perforated tube filled with flammable gas (such as propane), where sound waves generated by a speaker create alternating zones of high and low pressure. The visual effect occurs because sound is a pressure wave that alternately compresses and expands the gas within the tube. At pressure nodes (where gas molecules have zero velocity but pressure oscillation is maximal), the flame height is highest because gas is forced out more vigorously. Conversely, at pressure antinodes, the flame height is lowest due to reduced gas escape. By measuring the distance between flame peaks, one can determine the wavelength of the sound, allowing for the calculation of the speed of sound in the specific gas medium using the formula: c=λ⋅f Where c is the speed of sound, λ is the wavelength, and f is the frequency. This principle has been scaled up in devices like the Pyro Board, which uses thousands of holes to create a 2 dimensional visualizer for complex music, showing how different frequencies and harmonics interact through constructive and destructive interference in the flame heights. #science #frequency #soundwaves
Frequency Made Visible Through The Flames Frequency made visible through flames is primarily demonstrated using the Rubens' Tube, a physics apparatus that visualizes sound waves as standing wave patterns in fire. This device consists of a perforated tube filled with flammable gas (such as propane), where sound waves generated by a speaker create alternating zones of high and low pressure. The visual effect occurs because sound is a pressure wave that alternately compresses and expands the gas within the tube. At pressure nodes (where gas molecules have zero velocity but pressure oscillation is maximal), the flame height is highest because gas is forced out more vigorously. Conversely, at pressure antinodes, the flame height is lowest due to reduced gas escape. By measuring the distance between flame peaks, one can determine the wavelength of the sound, allowing for the calculation of the speed of sound in the specific gas medium using the formula: c=λ⋅f Where c is the speed of sound, λ is the wavelength, and f is the frequency. This principle has been scaled up in devices like the Pyro Board, which uses thousands of holes to create a 2 dimensional visualizer for complex music, showing how different frequencies and harmonics interact through constructive and destructive interference in the flame heights. #science #frequency #soundwaves

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