a line is a set of infinite points. a stretched string is finite.
Put the string in place at the correct height at one end using a nail or other firm fastener. Hook the string level on the string and use it to insure the string is level before fastening the other end. Often used when building brick walls, fences and when putting in brick sidewalks to measure level.
you get a foot of string and a rubberband. you tie a knot on the rubberband. get a plastic spoon. you stretch the rubberband to the rop to the end. you spin it to make sound.
1. "Fingering" When playing a melody, the pitch of a string is primarily affected by pressing the string with the left hand on the fretboard, effectively shortening the vibrating length of the string. 2. Tuning: The base pitch of each string is adjusted with the tuning keys, which finely adjust the tension on the string. Typically, this is not done during performance. 3. A "capo" is a device which attaches to the neck, shortening all strings simultaneously, and thus raising the overall pitch of the guitar. 4. "Bending" In blues and rock music, the left hand is used to stretch the string sideways (that is, perpendicular to the axis of the string) resulting in a higher pitch, that can be precisely controlled during performance.
f on the d string, e on the d string, d on the d string, e on the d string, f on the d string x3, e on the d string x3, f on the d string, a on the a string x2, f on the d string, e on the d string, d on the d string, e on the d string, f on the d string x3, e on the d string x2, f on the d string, e on the d string, d on the d string!! there you go!
G string may be a gusset string or the string of the thong may be as thin as a g string from the guitar
tension
It should be string. That is elastic potential energy
This will work with any rectangle, but not with some other weird shape: -- Stretch a string on the diagonal, i.e. from one corner to the opposite corner. Tape it down. -- Stretch another string on the other diagonal, i.e. between the two remaining corners. The point where the second string crosses the first string is the center of the floor.
no it doesn't only if you play it fastIt is true that there is potential energy in the strings of a guitar. This happens when you stretch the guitar string.
No, the pearls on a pearl necklace are drilled though their centres and a string is threaded though the hole. The string is knotted on each side of each pearl on the string so that the pearls do not slip round the string or fall off the string if it breaks (you will lose one to the ground if this happens). Thus if you try and stretch the necklace all that will happen is the string will break and you will have to pay to have the necklace re strung. If the necklace is too short then your only option is to have more (matching) pearls added to the necklace to make it longer.
To hold them together. Its not string because then if you have a big hand the elastic will make it stretch.
Chordophone
You'd have to string 304,800,000 of them together end-to-end to stretch one foot long. If you only wanted the string to go one inch, you'd only need 25,400,000 of them.
It depends on the material used to hold the tabs together.If a string or cloth is used,no it will no stretch over your hand.If an elastic type material such as the rubber used in scrunchies is used,yes,it will easily stretch over your hand.
You would pass over many countries and oceans. To get the best idea, get a globe and a piece of string. Stretch the string between Croatia and Western Australia.
Put the string in place at the correct height at one end using a nail or other firm fastener. Hook the string level on the string and use it to insure the string is level before fastening the other end. Often used when building brick walls, fences and when putting in brick sidewalks to measure level.
i shouldnt have to answer this -.-