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1. changelessness

imenica

Sinonimi: unchangeability | unchangeableness | unchangingness

1. The property of remaining unchanged.
2. The quality of being unchangeable; having a marked tendency to remain unchanged; SYN. unchangeability, unchangeableness, unchangingness.

2. constancy

imenica

1. Steadfastness of mind under duress; fortitude
2. Fidelity, loyalty
3. A state of being constant or unchanging

3. continuance

imenica

Sinonimi: continuation

ETYM Old Fren. continuance.
The act of continuing or resuming an activity; SYN. continuation.

4. continuity

imenica

Sinonimi: persistence

ETYM Latin continuitas: cf. French continuité. Related to Continuous.
1. Uninterrupted connection or union.
2. The property of a continuous and connected period of time; SYN. persistence.
3. A detailed script used in making a film in order to avoid discontinuities from shot to shot.

5. continuousness

imenica

Sinonimi: ceaselessness | incessancy | incessantness

The quality of something that continues without end or interruption; SYN. ceaselessness, incessancy, incessantness.

6. equableness

imenica

7. fixity

imenica

ETYM Cf. French fixité.
1. Fixedness; as,; also, that which is fixed.
2. Coherence of parts.

8. immutability

imenica

Sinonimi: immutableness

ETYM Latin immutabilitas: cf. French immutabilité.
The quality of being incapable of mutation; SYN. immutableness.

9. permanence

imenica

Sinonimi: permanency

ETYM Cf. French permanence.
The property of being able to exist for an indefinite duration; SYN. permanency.

10. permanency

imenica

1. Permanence
2. Something permanent

11. stability

imenica

Sinonimi: stableness

ETYM Latin stabilitas; cf. French stabilité. Related to Stable.
1. A stable order.
2. The quality or attribute of being stable; SYN. stableness.
The quality of an instrument or sensor to maintain a consistent output when a constant input is applied.
Measure of how difficult it is to move an object from a position of balance or equilibrium with respect to gravity.
An object displaced from equilibrium does not remain in its new position if its weight, acting vertically downward through its center of mass, no longer passes through the line of action of the contact force (the force exerted by the surface on which the object is resting), acting vertically upward through the object's new base. If the lines of action of these two opposite but equal forces do not coincide they will form a couple and create a moment (see moment of a force) that will cause the object either to return to its original rest position or to topple over into another position.
An object in stable equilibrium returns to its rest position after being displaced slightly. This form of equilibrium is found in objects that are difficult to topple over; these usually possess a relatively wide base and a low center of mass—for example, a cone resting on its flat base on a horizontal surface. When such an object is tilted slightly its center of mass is raised and the line of action of its weight no longer coincides with that of the contact force exerted by its new, smaller base area. The moment created will tend to lower the center of mass and so the cone will fall back to its original position.
An object in unstable equilibrium does not remain at rest if displaced, but falls into a new position; it does not return to its original rest position. Objects possessing this form of equilibrium are easily toppled and usually have a relatively small base and a high center of mass—for example, a cone balancing on its point, or apex, on a horizontal surface. When an object such as this is given the slightest push its center of mass is lowered and the displacement of the line of action of its weight creates a moment. The moment will tend to lower the center of mass still further and so the object will fall on to another position.
An object in neutral equilibrium stays at rest if it is moved into a new position—neither moving back to its original position nor on any further. This form of equilibrium is found in objects that are able to roll, such as a cone resting on its curved side placed on a horizontal surface. When such an object is rolled its center of mass remains in the same position, neither rising nor falling, and the line of action of its weight continues to coincide with the contact force; no moment is created and so its equilibrium is maintained.

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