what is the difference between high and normal tension strings?
313704
Hard tension strings are or may be a little louder than regular tension, but regular tension strings are more responsive to technique - like vibrato and volume changes (finger strike power). There also seems to be a larger range of tones between dolce and ponticello with regular tension as compared to hard tension.
73350
The high resistance is much tighter and it requires more energy to stretch the band. The low and medium levels are ideal for mild exercises and higher rep counts, while the high resistance is used to push harder while building muscle mass.
1378554
As nouns the difference between yarn and string is that yarn is (uncountable) a twisted strand of fiber used for knitting or weaving while string is (countable) a long, thin and flexible structure made from threads twisted together.
808194
Guitar strings are not universal. Each type of guitar strings have their individual characteristics, which are: material type, gauge thickness and winding type. The combination of these three characteristics affects a guitar's tone and playability.
403759
Both styles of guitar are actually Acoustic guitars but Classical models have nylon strings whereas the more modern instruments, which are referred to as Acoustic guitars, have steel strings. The two types of strings feel and sound very different. Nylon strings are thicker and sound more mellow.
881029
When people talk about a short scale, it's typically 24 3/4 inches, while long scale is over 25 inches. A greater scale length means more tension in the strings, since they have to span a greater distance. Since short-scale guitars have less string tension, they have a little more wiggle room and punch.
1100732
The upper thread tension could be set too tight. Set the tension to the best thread tension setting or less. Make sure the spool of thread is installed correctly using the correct size spool cap for the size of spool.
243350
My experience tells me that medium gauge strings (. 013's) are fatter, fuller and louder than light gauge... of course, this is on guitars that can accept that gauge. The action can be lowered a bit, and the guitar can be played more brusquely with a stronger attack, without buzzing or fret rattle...
738391
A tuning fork of frequency 440 Hz is attached to a long string of linear mass density 0.01kgm-1 kept under a tension of 49 N. The fork produces transverse waves of amplitude 0.50 mm on the string.
1259424
IMO for most guitars out there extra light strings are just not enough to make them sound their best. But if the guitar is very lightly built and braced then it can sound very loud, full, resonant and powerful and allow you to string bend easily and have that nice light gauge feel. I've been using . 011 - .
561291
The main difference between shear stress and tensile stress is that tensile stress refers to cases where a deforming force is applied at right angles to a surface, whereas shear stress refers to cases where a deforming force is applied parallel to a surface.
1288496
What you are referring to is the G string (4th) being higher than the C string (3rd). This is a method of tuning which is most traditional on a ukulele called 're-entrant' tuning. It comes from the Hawaiian tradition and gives the ukulele, particularly when strummed a higher voice with that ringing high G string.
222098
There are two main physical differences between CAT5 and CAT6 cables, the number of twists per cm in the wire, and sheath thickness. Cable twisting length is not standardised but typically there are 1.5-2 twists per cm in CAT5(e) and 2+ twists per cm in CAT6.
1343745
As nouns the difference between string and wire is that string is (countable) a long, thin and flexible structure made from threads twisted together while wire is (uncountable) metal formed into a thin, even thread, now usually by being drawn through a hole in a steel die.
1038895
The short answer is that lighter gauge strings will be easier to play and easier to get clear tone when you fret the notes. Most beginners and even many seasoned guitarist prefer lighter gauge strings.
1414464
Tensile stress is the outward normal force per area (σ = F/A) and tensile strain is the fractional increase in length of the rod (ε = ∆ℓ/ℓ0). The proportionality constant that relates these two quantities together is the ratio of tensile stress to tensile strain — Young's modulus .
332089
The truth is, strings wear down from play and subsequently lose their elasticity and tension. If left too long, it can negatively affect your performance.