Elastic shrinks when exposed to high temperatures, causing the molecular structure of the material to contract. Additionally, repeated stretching and washing can also lead to the loss of elasticity in the fibers, causing them to shrink over time.
No, elastic does not shrink. It is designed to stretch and contract back to its original form. If exposed to extreme heat or chemicals, the elastic may degrade or lose its elasticity over time.
Rubber's unique property is due to its elastic nature. When heated, the molecules in rubber become more active and move closer together, causing the rubber to contract or shrink. This is why heating a rubber ball would make it shrink instead of expanding like most materials.
"Flexibility" is one word that encompasses both elastic and non-elastic properties.
An Elastic Affair was created in 1930.
Elastic force is the force exerted by a stretched or compressed elastic material to return to its original shape. Elastic potential energy is the energy stored in an elastic material when it is stretched or compressed. The elastic force is responsible for restoring the material to its original shape, converting the stored elastic potential energy back to kinetic energy.
No, elastic does not shrink. It is designed to stretch and contract back to its original form. If exposed to extreme heat or chemicals, the elastic may degrade or lose its elasticity over time.
They don't really shrink. The skin is very elastic, but when it's cold, it contracts in order to preserve heat.
Knit fabrics can shrink or extend if a rib construction, have nap, have ribs/wales and are generally more elastic along the course. Woven fabric is interlaced sets of yarn that are not very elastic.
It allows the lungs to expand when you inhale and they shrink when you exhale.
Will shrink.
elastic
suffix for elastic
It is called Elastic Clause because it can be stretched like elastic.
No they do not shrink.
The midpoint between elastic and inelastic is unit elastic
elastic clause ~smooched~
Rubber's unique property is due to its elastic nature. When heated, the molecules in rubber become more active and move closer together, causing the rubber to contract or shrink. This is why heating a rubber ball would make it shrink instead of expanding like most materials.