Materials that do not go back to their original state after strectching are called inelastic or non-elastic elements. eg:-brick, iron etc.
yes they can because if you freeze water that doesn't prevent you from being able to change the water back into its original state
Stand with your back against strong sunlight, and your shadow on the ground before you will have a definite shape.
In simple terms it is the shape of the universe. Many theories have been put forward for the shape of the universe, but it is generally thought of as being flat, or very slightly curved, but not so curved that it would fold back on itself to form a sphere, cylinder or torus (doughnut shape). This concept of being "flat" requires some unusual thinking because the universe is clearly three dimensional (with a fourth dimension of time) and not a flat two dimensional surface.
all they do is make that shape out of a exsra bone and glue it back on like nothing happened.
Elastic can be stretched and then reverts back to its original shape.
A rubber band will return to its original shape after it has been stretched due to its elastic properties.
A spring is an object that returns to its original shape after being stretched and is measured in force meters. When a spring is stretched or compressed, it exerts a force proportional to the distance it is stretched, making it a common force measuring tool.
Elastic is something that can be stretched but goes back to its original shape after.
A rubber band can be stretched to change shape but can go back to its original form when released.
Elastic fibers can be stretched without breaking due to their ability to recoil back to their original shape.
A stretched rubber band has elastic potential energy, which is stored when the rubber band is stretched and can be released when it is allowed to contract back to its original shape.
When a rubber sheet is released, it will snap back to its original shape due to its elasticity. This is because the rubber molecules return to their original position after being stretched.
The force that brings a stretched rubber band back to its original shape is called elastic potential energy. As the rubber band stretches, the elastic potential energy increases. When released, this energy is converted back to kinetic energy, causing the rubber band to spring back into its original shape.
Three examples of elastic force are a stretched rubber band returning to its original shape when released, a compressed spring pushing back to its original length, and a stretched balloon contracting when the air inside is released.
Elastic potential energy is possessed by an elastic cord when it is stretched. This energy is stored in the cord due to the deformation of its shape and can be released when the cord returns to its original state, causing the cord to retract back to its resting position.
Robert Hooke found out that springs once stretched to a certail level will after go back to its original shape.