inercija
Lenjivost; zakon inercije, prvi osnovni zakon dinamike (Galilej-Njutn): svako telo ostaje u svojem stanju mirovanja ili jednakoga pravolinijskog kretanja sve dok ga dejstvo sila ne prinudi da to svoje stanje promeni.
Nepokretnost, mrtvilo, tromost, lenjost, učmalost; nesposobnost, slabost. (lat.)
polarizacija · destrukcija · gravitacija · apatija · logika · regresija · percepcija · autodestrukcija · konfuzija · ravnoteža · dezorijentacija · evolucija · megalomanija · letargija · iracionalnost · inverzija · mimikrija · tiranija · neravnoteža · tranzicija · homogenizacija · entropija · negativna energija · stihija · rigidnost · matrica · ljudska priroda · gravitaciona sila · refleksija · inertnost · amnezija · idolatrija · žabokrečina · marginalizacija · rezonanca · stagnacija · instrumentalizacija · dekadencija · arogancija · implozija
inegzaktan · inervacija · inertan · inertna masa · inertni gas · inercija · inženjer · inženjerac · inženjer elektrotehnike · inženjerija · inženjering · inženjerka · inženjer robotike · inženjerska cigla · inženjerstvo
inaction
IPA: / inaksjˈɔ̃ /ETYM Pref. in. not + action: cf. inaction.
1. A state of no activity; SYN. inactiveness.
2. The state of being inactive; SYN. inactivity, inactiveness.
inertia
IPA: / ɪnɝːʃə /ETYM Latin, idleness, from iners idle. Related to Inert.
Tendency to be inactive; sluggishness.
(Physics) The tendency of a body to maintain is state of rest or uniform motion unless acted upon by an external force.
A descriptive term for that property of a body which resists change in its motion. Two kinds of changes of motion are recognized: changes in translational motion, and changes in rotational motion.
In physics, the tendency of an object to remain in a state of rest or uniform motion until an external force is applied, as stated by Isaac Newton's first law of motion (see Newton's laws of motion).
momentum
IPA: / momentəm /ETYM Latin See Moment.
1. An impelling force or strength; SYN. impulse.
2. The product of a body's mass and its velocity.
In physics, the product of the mass of a body and its linear velocity. The angular momentum of an orbiting or rotating body is the product of its moment of inertia and its angular velocity. The momentum of a body does not change unless it is acted on by an external force; angular momentum does not change unless it is acted upon by a turning force, or torque.
The law of conservation of momentum is one of the fundamental concepts of classical physics. It states that the total momentum of all bodies in a closed system is constant and unaffected by processes occurring within the system. Angular momentum is similarly conserved in a closed system.