GradeGen

The increase in an object's length from its original, unloaded length.

The increase in a spring’s length from its original, unstretched length.

If a spring lengthens from 45 cm to 80 cm, its extension is 35 cm, or 0.35 m.

The increase in an object's length: stretched length minus original length. For a compressed object, the corresponding change is its compression.

Convert mass to kilograms and extension to metres before substituting values.

Extension is the increase in a spring’s length, not its total length.

Square the speed or extension before multiplying by the other values.

The increase in an object’s length compared with its original, unloaded length.

The increase in a spring's length from its original, unloaded length, measured in metres (m).

In the linear region, the force exerted on a spring is directly proportional to its extension.

The increase in a spring's length from its original, unstretched length, measured in metres (m).

The increase in an object's length, calculated by subtracting its original length from its stretched length.

The increase in an object's length, calculated as stretched length minus original length.

The increase in length of a spring from its original, unstretched length.

The increase in an object's length compared with its original, unstretched length.

The increase in an object’s length from its original, unloaded length, measured in metres (m).

The increase in a spring's length from its unstretched length, measured in metres (m).

The increase in an object's length compared with its original, unloaded length.

A spring that grows from 12 cm to 15 cm has extended by 3 cm; 15 cm is its total length, not its extension.

The increase in a spring’s length compared with its unstretched length.

The increase in a spring’s length from its original, unloaded length when a force is applied.

The increase in a spring’s length from its original, unloaded length.

Extension