the weight
If a pulling force is exerted on an elastic band, it will stretch and store potential energy as the elastic band is deformed. The band will exert a restoring force back in the opposite direction to its original shape, trying to regain its unstretched position once the external force is removed.
When you stretch an elastic band, your muscles exert a pulling force on the band. The force is generated by the contraction of your muscles, which results in the stretching of the band.
An elastic band exerts a restoring force when stretched. This force is exerted in the opposite direction of the displacement, attempting to return the band to its original shape. The magnitude of this force increases with the amount of stretch applied to the band.
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.
The force exerted by the weight exceeds the force of the elasticity that normally keeps the elastic band in a contracted state. As the band stretches, the resistance increases to the point where it is equal to the force exerted by the weight.
If a pulling force is exerted on an elastic band, it will stretch and store potential energy as the elastic band is deformed. The band will exert a restoring force back in the opposite direction to its original shape, trying to regain its unstretched position once the external force is removed.
When you stretch an elastic band, your muscles exert a pulling force on the band. The force is generated by the contraction of your muscles, which results in the stretching of the band.
An elastic band exerts a restoring force when stretched. This force is exerted in the opposite direction of the displacement, attempting to return the band to its original shape. The magnitude of this force increases with the amount of stretch applied to the band.
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.
Weight causes the elastic material to stretch. The material may be stretched beyond its elastic limit. If this happens, then the material rips or tears, or it does not return to its original size.
The force exerted by the weight exceeds the force of the elasticity that normally keeps the elastic band in a contracted state. As the band stretches, the resistance increases to the point where it is equal to the force exerted by the weight.
Adding mass to an elastic band increases the tension in the band, causing it to stretch further. This is due to the increase in gravitational force acting on the mass, which the band must counteract to maintain equilibrium. The band stretches until the force exerted by the tension equals the force of gravity acting on the mass.
i learnt this in year 7 so basically the particles in an elastic band are in the form of a zig-zag. they are like a solid, joint together. when you stretch the band, the particles stretch. they form a straight line. i hope this answers ur question x
The elastic band would stretch due to the weight of the heavy object pulling on it. The elastic band would continue to elongate until it reaches its maximum stretch or breaks.
Rubber bands stretch when a force is applied to them, causing the polymer chains within the rubber to straighten out and elongate. The stretching distance depends on the force applied and the elastic properties of the rubber material. If the force is greater than the rubber band's elasticity, it may break.
When the force applied to an elastic band is increased, the band stretches further and its length increases. This is due to the elastic properties of the band, which allow it to deform under applied load. If the force is too great, the band may reach its elastic limit and permanently deform or break.
Rubber bands stretch due to the elasticity of the material they are made of. When a force is applied, the rubber band molecules arrange themselves to accommodate the force, leading to an extension in length. Once the force is released, the rubber band returns to its original shape due to its elastic properties.