It takes 32 feet for one cycle at 16.4 HZ. A standing wave is created (the wave appears to be stationary) and thus radiates. Atlantic City has the dubious title of the worlds largest pipe organ with 32 foot pipes on both the main floor and the balcony.
Well, isn't that a happy little question! To find out how many barrels per foot in a 1000 barrel, 16-foot tank, you simply divide the total number of barrels by the number of feet. So, 1000 barrels divided by 16 feet equals 62.5 barrels per foot. Just remember, there are no mistakes, only happy little accidents in math!
Ultraviolet light has a frequency range of approximately 7.5 × 10^14 to 3 × 10^16 Hz.
A 16 gauge metal stud typically weighs around 0.5 pounds per linear foot.
The ATmega8 microcontroller can operate at a maximum frequency of 16 MHz when powered with 5V. The minimum frequency at which it can reliably function is usually around 1 MHz.
If the diameter is 8 inches, the cross sectional area of the pipe is 16 pi sq in. The volume of one foot length of pipe is therefore 16 x pi x 12 cu. in. Two of these 'blocks' leave the pipe per second, so the answer is 384 pi cu. in.
Pipe lengh. a 32' pipe CCCC would produce a ferquency of about 16hz. a 64' pipe CCCCC, 8hz similarly a 16' CCC, 32hz.
16" pipe per foot = 9.17 Gallons for 16" SCH 40 pipe we just had to figure it out in our engineering department was looking for a short cut and ran across your post.
The musical instrument with the lowest pitch and lowest frequency is the pipe organ, specifically when using its largest pipes, known as the 64-foot pipes. These pipes can produce frequencies as low as 16 Hz, which is below the threshold of human hearing. Other instruments like the contrabassoon or bass guitar have low registers, but none can match the extreme low frequencies of the largest pipe organ pipes.
16 gallons
16 gallons
156 mph on a 16 foot drop of a half pipe
The differing lengths of pipes are what allow the organ to produce different pitches. Pitch (frequency) is directly related to pipe length. The longer the pipe the lower the pitch. This gives rise to the standard organ terminology that tells the performer at what pitch level a stop (or set of pipes) will sound. This is determined by the theoretical length of the lowest pipe in a particular stop. An 8-foot stop produces notes of unison pitch (on the manual keyboards - 16' for the pedal keyboard). A 4-foot stop produces pitches an octave higher than unison. A 2-foot stop is 2 octaves above unison. A 16-foot stop is one octave below unison, etc.
The pipe organ that produces the lowest pitched sound is typically the "16-foot" stop, particularly when it features a large bass pipe, such as the "contrabass" or "sub-bass" stops. However, the lowest note can be generated by specialized ranks, such as the "32-foot" stops found in some larger organs, which can produce pitches as low as C0 (about 16 Hz). These stopped pipes, when combined, create some of the deepest and most powerful sounds in organ music.
10.4448, assuming 16" inside diameter. 16" outside diameter would be slightly less.
16 gauge pipe is thicker than 19 gauge pipe.
It depends on the units of 16. If it is 16 Hertz, then the frequency is 16 (per second).
A 1,850-foot long pipe with a 16-inch inside diameter has a volume of 2,580 cubic feet. In terms of liquid volume, this section of pipe can hold up to about 19,300 US gallons.