The act of impelling, or driving onward with sudden force; impulsion; especially, force so communicated as to produced motion suddenly, or immediately.
The effect of an impelling force; motion produced by a sudden or momentary force.
The action of a force during a very small interval of time; the effect of such action; as, the impulse of a sudden blow upon a hard elastic body.
A mental force which simply and directly urges to action; hasty inclination; sudden motive; momentary or transient influence of appetite or passion; propension; incitement; as, a man of good impulses; passion often gives a violent impulse to the will; to buy something on impulse.
Wave of sudden excitement; refers to the movement of an electrical current along a nerve.
the product of the average force acting on an object and the time over which it acts.
A vector quantity defined as the product of the force acting on a body multiplied by the time interval over which the force is exerted.
Force multiplied by the time for which it is applied to an object.
a sudden desire; "he bought it on an impulse"
the act of applying force suddenly; "the impulse knocked him over"
an impelling force or strength; "the car's momentum carried it off the road"
a force premultiplied by a time and which takes effect instantaneously
an almost infinite force applied for almost zero time but with finite momentum change
an external change in momentum, which can mean either a change in the magnitude of the momentum (then there's work, too) or a change in the direction only (no work), or both
an instantaneous change in momentum
a sudden desire or feeling we get without knowing where it came from or where it might lead
a sudden propelling force
The product of average net force and change in time. It can be measured in Newton•Seconds (Ns) and is equal to (causes) the change in momentum.
Im5pQls/ n. sudden, brief force
Product of a force and the time during which the force is applied; more specifically, impulse is the time integral of force from an initial time to a final time, the force being time-dependent and equal to zero before the initial time and after the final time (ANSI S1.1-1994: impulse).
the product of force and the time interval over which the force acts
The impulse associated with a force is equal to the magnitude of the force multiplied by the duration over which it acts. Impulse is equal to the change in momentum. Who's Pulling Whom
A vector quantity whose direction is that of the force (f) in the equation f*t=s, where t is the time the impulse acts, and is the displacement. Impulse is recorded as pound seconds (lb*s). An impulse causes a change in momentum. This change is equal to the impulse in both magnitude and direction. f*t = m(vf - vi)
The product of the average force acting on a body and the interval of time during which it acts, being a vector quantity equal to the change of momentum of the body during the same time interval.
mpulse is the product of a net force and the time applied and equals the change in momentum of a body, (how much force is applied and for how long)
The integral of force over a time interval.
An application of force in a manner that produces sudden strain or motion such as pressure spikes.
A change in the momentum of an object.
In classical mechanics, the impulse of a force is the product of the force and the time during which it acts. Although momentum is conserved within a closed system, individual parts of a system can undergo changes in momentum. Impulse has the same units and dimensions as momentum (kg m/s or N·s = Huygens Hy).