If a picture is supported by two vertical strings, then the force exerted on each string is 25N.
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The guitar strings vibrate.Kinetic is the energy of a moving object so it would be the strings cause the strings of the guitar moves.
Nylon strings are for beginners, whilst steel strings are harder wearing on your fingers but create a nicer sound.
It depends actually. There are 3 possibilities here. 1) percussion because the hammers in a piano hit the strings to make the music 2) strings because the hammers hit the strings so it's not the hammers making the music but the strings 3) keyboard because now not all people can agree on percussion or strings so they gave it its own category. Also they have keyboards which don't have strings or hammers Personally though, I like calling it a percussing or a strussion. :)
yes
A parachute needs four strings. However, redundancy is best, both for safety and control of the chute. Thus, 16 striings is better, 32 even moreso. Washers around groups of strings cuts down on the likelihood of entanglement. The length of the strings matters, as well (and so does the diameter of the parachute).
In newer Steinways, it is located on the plate, where the treble strings cross the base strings. In older Steinways, it may not be there at all, but the serial number will be in the same location.
you need strings to print any character(your name) this is not possible useing array:D
Strings aren't "supposed" to break. They break due to friction caused by repeated rubbing back and forth across each other. When impacted with the ball, the path of the swing causes the mains (verical strings) to shift their position on the crosses (horizontal strings). This "sawing" motion generally results in breaking the mains before the crosses.
The most common answer is "the bridge", however the strings are also supported by the nut which is at the top of the fingerboard. In addition, the strings are fastened at either end by the pegs and by the tailpiece.
It has 7 strings 4 main strings and 3 thala strings
It has 7 strings 4 main strings and 3 thala strings
You need to match the string type to the design of the guitar. You also need to consider if the added tension of steel strings can be supported by the guitar. Given all that, you can use different string types, but sometimes you need to adjust intonation by altering the neck tension and bridge position. The bottom line, assuming the guitar can handle it, is how pleased you are with the sound and touch.
"Lap Harp" is a non-specific term used for the smallest harps, which can be held and played in the player's lap. There are an incredible variety of harp models, and lap harps are no different. There is an instrument called the "Melody Lap Harp", another by the same manufacturer called "Music Maker Lap Harp." They both have 15 strings, but they hardly count as harps (which by definition don't have a sound board behind the strings.) These meet the definition of psaltery or dulcimer. There are many versions which are more serious and which have more strings, going all the way up to professional hammered dulcimers (with tripled strings) and which are "lap" harps only in that one side rests against the legs while the main weight of the instrument is supported on one or more legs. Proper harps have a soundbox which is the connection point for one end of the strings, and a harmonic arch which is very nearly parallel to the strings. Supported on these is the tuning rail with the bridge pins, sharp/flat or sharp levers or sliders or rotaters (they can be quite clever!) and the tuning pegs which anchor the other end of the strings. Laps harps which are proper harps generally run from 22 to 27 strings, in gut, nylon or metal.
I believe the term "stand up piano" is another way of saying "upright piano". An upright piano has strings that are vertical (top to bottom) unlike the more popular grand piano which has strings that are horizontal (front to back). If you would like more info go to http:/en.wikipedia.org/wiki/Piano
it is uses steel strings
First you get four strings of s'getti strings then fold 2 strings and then you take the third string and put it under one of the strings and do the same as the other one and then pull all four strings and that's how start s'getti strings.
A tennis ball, when impacted, dissipates about 45% of the energy applied to it. This means that it only absorbs and returns 55% of that energy. That is why in the test standard for tennis balls, dropping it from 100 inches, it only rebounds 53 to 58 inches. It is returning that much energy. The strings of the racket, however, return 90% of the energy they are impacted with. So, when the tennis ball hits the strings and they stretch (absorb the energy), they will return 90% of that force in the return of the ball. When a ball hits strings with a higher tension, the force is exerted on the ball, instead of the strings, and the energy return is closer to the 55% range.