In the above example, what is (i) the speed of te mass when the spring is compressed by 1.0 cm, (ii) potential energy of the mass when it momentarily comes to rest, (iii) total energy of the oscillating mass.

A spring of force constant 1200Nm^(-1) is mounted on a horizontal table as shown in figure. A mass of 3.0kg is attached to the free end of the spring, pulled side ways to a distance of 2.0cm and released , what is (a) the speed of the mass when the spring is compressed by 1.0cm? Potential energy of the mass when it momentarily comed to rest ? (c) Total energy of the oscillating mass.

A mass of 5 kg is attached to the free end of a spring pulled sideways to a distance of 3 cm and released. What will be the (a) Speed of this mass when spring is compressed by 2 cm ? (b) Potential energy of the mass at the point where kinetic energy becomes zero ?

The potential energy of a spring ……………. when it is compressed .

When a spring is stretched by 10 cm, the potential energy stored is E. When the spring is stretched by 10 cm more, the potential energy stored in the spring becomes

When a spring is stretched by 10 cm, the potential energy stored is E. When the spring is stretched by 10 cm more, the potential energy stored in the spring becomes

When a spring is compressed or stretched, what happens to its potential energy?

What will happen to potential energy of a spring when it is compressed ?

When a long spring is stretched by 2 cm, its potential energy is V. If the spring is stretched by 10 cm, the potential energy in it will be