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A plumb bob is a weight on the end of a string. It usually has a pointed lower end. It is hung adjacent to or in line with building elements to check whether they are "plumb" or "true to the vertical". A weight on a string holds the string under tension in a straight line down to the ground because of gravity. A person can move so they can see whether the straight line of the string lines up against the built element, to tell whether it is vertical.
Factor strings are multiplication sentences. 3 x 3 is a factor string for 9.
Musical instrument strings: 4/4 Violin 32.7 to 33.0 cm Double bass 105.0 to 110.0 cm
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A room that is 25.5 yards * 32 yards has a perimeter of 2*(25.5 + 32) = 2*57.5 = 115 yards. If each string of lights is 5 yards long, the number of strings required is 115/5 = 23.
If a picture is supported by two vertical strings, then the force exerted on each string is 25N.
the tension on the strings are what gives each string the "tone"
there is a link. it tells u all the different strings. it also explains the string tension
It's the tension of the strings in Superstring Theory. The tension refers to the ability of a string to vibrate at high or low frequencies, which is responsible for the energies of particles.
"Pressure" is not what causes strings to produce sound. It's "tension" which does that. Adjusting the tuners either increases or decreases the tension, thus altering the audible pitch. Bending the strings also increases the tension. The sound is due to the vibration of the strings. Greater tension causes a shorter, higher frequency wavelength or amplitude which produces a higher pitch. Lesser tension causes a longer, lower frequency wavelength which produces a lower pitch. Depressing the strings onto the fingerboard effectively shortens the length of the string. The more a string is shortened, the shorter its vibrational wavelength and the higher its frequency will become. The location along the fingerboard at which the string is depressed serves the same function as does the nut when a open string is sounded.
For ease, you can purchase a string meter or any other string tension meter that measures it for you. All you need to do is clip it between the strings and it will read the number in the display. If not, you can always use your hand and lightly tap the string bed to get an rough est. The harder it is the higher the tension and vice versa.
A pendulum stops, because it gradually looses its energy on friction force and tension of strings. Even on the moon, where there is no air to have friction with, it will still stop, though slower, because there is still friction with strings and the string's tension.
The strings vibrate by either using a bow (with a friction agent called Rosin on it ) or by pizzicato (plucking the strings with a finger). This vibration passes through the bridge and is then amplified by the belly and the back of the instrument via a sound post (viewed inside by looking through the "F" holes in the belly). The tone and volume are greatly affected by the quality of the wood and 'set-up' of the strings and bridge.
Thickness, length and tension are the main contributing factors in harmonic tone of a string. Materiel density (hardness), composition (such as wound strings vs. simple strings) how and where the string is struck and the acoustics of the instrument are also factors.
Yes it is. It is not recommended to do this all the time though, as each gauge string exerts different stress and tension on the guitar neck. It's best to do this only until you can get yourself new strings.
I assume you mean tension. tension is a stretching force in am object (e.g. string). If you dangle a yoyo from your hand the string is being stretched by the weight of the yoyo. If the weight of the yoyo = 1N then the tension = 1N.
The factors of the sound of a guitar string are tuning the string (changes the tension; the tighter the higher) and pressing down on the fret (changes amount of string that vibrates; the shorter the higher)