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4-10

impulse

URNurn:iso:std:iso:80000:-4:ed-2:en:item:4-10

https://metanorma.github.io/isq-smart/quantities/part-4/t4-10
urn:iso:std:iso:80000:-4:ed-2:en:item:4-10

ISQ Identifiers

ISO

urn:iso:std:iso:80000:-4:ed-2:en:item:4-10

IEC

urn:iec:std:iec:80000-4:2019:::item:4-10

Designations

ENimpulse

FRimpulsion

Symbol

I

Notation systems

Rendered

I

AsciiMath

bb(ii(I))

LaTeX

\mathbf{\mathit{I}}

Definition

vector (ISO 80000-2: Mathematics) quantity describing the effect of force acting during a time interval:

$I = \int_{t_{1}}^{t_{2}} F d t$

where $F$ is force (force), $t$ is time (ISO 80000-3: Space and time) and $[t_{1}, t_{2} \$ ] is considered time interval

grandeur vectorielle décrivant l'effet d'une force s'exerçant pendant un intervalle de temps :

$I = \int_{t_{1}}^{t_{2}} F d t$

où $F$ est la force (force), $t$ est le temps (ISO 80000-3: Space and time) et $[t_{1}, t_{2} \$ ] est l'intervalle de temps considéré

Units

N \cdot s

newton second

View related quantities →

k g \cdot m \cdot s^{- 1}

kilogram metre per second

View related quantities →

Notes

For a time interval $[t_{1}, t_{2} \$ ],

$I (t_{1}, t_{2}) = p (t_{1}) - p (t_{2}) = Δ p$

where $p$ is momentum (momentum).

Pour un intervalle de temps [t1, t2],

$I (t_{1}, t_{2}) = p (t_{1}) - p (t_{2}) = Δ p$

où $p$ est la quantité de mouvement (momentum).

Concept HierarchyPendrill (2024)

L M T⁻¹L M T⁻¹ quantitiesLevel 0 · Kind

Broader concepts

◇ L M T⁻¹ quantities

Ontology
isq:Quantity smart:TermEntry

Class Hierarchy

smart:Entity smart:TermEntryisq:Quantity

A physical quantity as defined in ISO/IEC 80000, with associated symbols, definitions, and units of measurement.

Instance IRI

isq:t4-10

Properties

isq:QuantityShape

Property	Value
rdf:type	isq:Quantity smart:TermEntry
dcterms:identifier	4-10
skosxl:prefLabel	"impulse"@en
skosxl:altLabel	"bb(ii(I))"@en
skos:definition	vector (<<iso80000-2>>) quantity describing the effect of force acting during a time interval: stem:[bb(ii(I)) = int_(t…
skos:note	For a time interval stem:[[t_1, t_2\]], stem:[bb(ii(I)) (t_1,t_2) = bb(ii(p))(t_1) - bb(ii(p))(t_2) = Delta bb(ii(p))] …
isq:hasUnit	Ns (newton second)kgm*s^(-1) (kilogram metre per second)
isq:hasDimension	isq:Dimension
smart:hasBindingnessType	bindingness-type:normative
dcterms:isPartOf	isq:part-4

Related Entities

isq:QuantityShape isq:part-4 isq:Unit isq:Dimension isq:hasDimension smart:TermEntry