no, they untie because of the force and friction between them
If there was no friction, your shoelaces would not stay tied, as friction between the laces and knots is what keeps them in place. Without friction, the laces would easily slip and come undone.
Yes, shoe laces use friction to stay tied up. When the laces are crossed and looped together, the friction between the laces prevents them from coming loose. The tighter the knot is pulled, the more friction is created to keep the laces secure.
Yes, shoelaces can stay tied up because of friction. When the shoelace is pulled and wrapped around itself, the friction between the lace material helps to hold the knot in place. This friction prevents the knot from easily coming undone during regular movement.
Yes, friction plays a role in keeping shoelaces tied. When we tie shoelaces, friction between the laces creates resistance, preventing them from easily coming undone. Additionally, the bow shape of the knot distributes tension across the laces, further enhancing its stability.
Although friction slows many things down, and makes machines less efficent, we would have a hard time if there was no friction. Your shoelaces would not stay tied- but that would not matter, since you could not walk if your feet had no friction with the ground- nor could you drive a car- which would be good, since the brakes would not work. You would probably starve since you could not pick up a drink, or food.
If there was no friction, your shoelaces would not stay tied, as friction between the laces and knots is what keeps them in place. Without friction, the laces would easily slip and come undone.
yes
Yes, shoe laces use friction to stay tied up. When the laces are crossed and looped together, the friction between the laces prevents them from coming loose. The tighter the knot is pulled, the more friction is created to keep the laces secure.
Yes, shoelaces can stay tied up because of friction. When the shoelace is pulled and wrapped around itself, the friction between the lace material helps to hold the knot in place. This friction prevents the knot from easily coming undone during regular movement.
Yes, friction plays a role in keeping shoelaces tied. When we tie shoelaces, friction between the laces creates resistance, preventing them from easily coming undone. Additionally, the bow shape of the knot distributes tension across the laces, further enhancing its stability.
Allows a car to stop, allows you to walk, your shoelaces to stay tied, nuts to stay on bolts, nails to stay in wood, and allows you to pick up a glass. It also helps keep your pants from falling off.
They will stay tied if you tuck the non looped end under the first tie.
The whole goal with a knot is to create as much friction between each of the strings as possible. The greater the friction, the better the knot will hold. Silk string is very smooth as compared to the cotton string. So the friction produced when a cotton string is tied in a knot is greater than that when a knot tied with silk string. That is why a knot tied with cotton string will hold better than a knot tied with silk string.
Although friction slows many things down, and makes machines less efficent, we would have a hard time if there was no friction. Your shoelaces would not stay tied- but that would not matter, since you could not walk if your feet had no friction with the ground- nor could you drive a car- which would be good, since the brakes would not work. You would probably starve since you could not pick up a drink, or food.
5yrs
Partly, and also due to the pressure that the knott is under once pulled tight.
Spirit the buckskin mustang stallion stayed tied to the post for three days.