Answer:
By increasing the displacement from the rest point or equilibrium position.
Explanation:
The energy of an oscillating spring is given by
E = (1/2) Ky²
Where K is the spring constant and y is the extension of the spring.
E is proportional to y²
meaning that: An increase in the extension will lead to an increase in the Energy of the system.
Also,
when y is maximum ( when you have pulled it to the farthest point possible without exceeding the elastic limit), it can be written as A (amplitude: meaning maximum displacement)
Then,
E = (1/2) KA²
Following the principle of energy conservation,
E = (1/2) KA² = (1/2)mv² + (1/2) Ky²
(Kinetic. (Potential
energy) energy)
We can further see that an increase in the mass of the body can also lead to a corresponding increase in the total energy of the system.
But extra careful, so you don't exceed the elastic limit (◠‿・)—☆
