0
It may loose its elastic nature.
Ebba Hoeger
The force exerted by a spring increases as it is stretched more. This is described by Hooke's Law, which states that the force exerted by a spring is directly proportional to its displacement or stretch. Therefore, if you stretch a spring more, the force it exerts will increase.
Add your answer:
Earn +20 pts
What happens when a force is applied to a metal?
Depends on how strong the metal is, how much of it there is, and how big the force is. Strong metal, lots of it, only little force - nothing happens. Strong metal, small part, little force - the metal will stretch and then spring back when the force is removed. Strong metal, small part, more force - the metal will stretch permanently. Strong metal, small part, even more force, the metal will stretch until it snaps. etcetc
What happens when a stretching force is applied to metals?
Depends on how strong the metal is, how much of it there is, and how big the force is. Strong metal, lots of it, only little force - nothing happens. Strong metal, small part, little force - the metal will stretch and then spring back when the force is removed. Strong metal, small part, more force - the metal will stretch permanently. Strong metal, small part, even more force, the metal will stretch until it snaps. etcetc
If a pulling force is exerted on an elastic band then it .?
If a pulling force is exerted on an elastic band, then the elastic band will stretch. The more force that is exerted, the more the band will stretch.
Why does an elastic band stretch?
It goes further because as the band stretches, more force is built up on it. When you let go of it, the force suddenly releases, and because the more you stretch it, the more force is on it. Thus, the further you stretch the further you launch.
Would the strings in a bathroom scale be harder to stretch than force meters?
because in the force meter there is more force yesh datz right
What happens when a force is applied to a metal?
Depends on how strong the metal is, how much of it there is, and how big the force is. Strong metal, lots of it, only little force - nothing happens. Strong metal, small part, little force - the metal will stretch and then spring back when the force is removed. Strong metal, small part, more force - the metal will stretch permanently. Strong metal, small part, even more force, the metal will stretch until it snaps. etcetc
What happens when a stretching force is applied to metals?
Depends on how strong the metal is, how much of it there is, and how big the force is. Strong metal, lots of it, only little force - nothing happens. Strong metal, small part, little force - the metal will stretch and then spring back when the force is removed. Strong metal, small part, more force - the metal will stretch permanently. Strong metal, small part, even more force, the metal will stretch until it snaps. etcetc
If a pulling force is exerted on an elastic band then it .?
If a pulling force is exerted on an elastic band, then the elastic band will stretch. The more force that is exerted, the more the band will stretch.
Why does an elastic band stretch?
It goes further because as the band stretches, more force is built up on it. When you let go of it, the force suddenly releases, and because the more you stretch it, the more force is on it. Thus, the further you stretch the further you launch.
Identical springs of steel and aluminium are equally stretched. on which more work will have been done?
Steel is stiffer, so more work is required to stretch it.
Would the strings in a bathroom scale be harder to stretch than force meters?
because in the force meter there is more force yesh datz right
If gravitational force pulls objects towards the Earth how is it possible for the liquid to move up the paper in chromatography?
That happens when there is another, more powerful force.That happens when there is another, more powerful force.That happens when there is another, more powerful force.That happens when there is another, more powerful force.
What does Hooke's Law meausure?
Hooke's Law describes the relationship between the amount of stretch of a material or object (like a spring) and the force which causes that stretch. Often this is a linear relationship (or at least within a certain range of stretch it remains nearly linear). If you are operating in the linear range, then it can be utilized to determine how much force is being applied, or predict how much some material will stretch, given a known force. see this Hyperphysicslink for more info.
What happens between two gravational object increases?
When what increases? - The gravitational force depends on the masses involved, and on the distance. More mass --> more force. Greater distance --> less force.
Why does adding flexible springs to a ball and stick model make the model more accurate?
Because bonds can bend, stretch, and rotate without breaking. That would make the model more accurate than the space-filling model.
How do you do the splits without injuring yourself?
stretch, stretch, and stretch even more. the more you stretch and tear muscles the more your going to be able to be flexible. a lot of leg stretches will work really well
Why does the suspended spring stretch more at the top than at the bottom?
There is more force applied to the top of the spring than the bottom, because the whole spring is hanging from the top, but only a small part is hanging from near the bottom. The larger force stretches the spring more.
