vyutpann ikaaiyaaain

SI vyutpann ikaaiyaaain SI maapan pranaali ka hi hissa hain. inhein mool ikaaiyon se vyutpann karke banaaya jaata hai.

anukram

vyutpann ikaaiyaaain, apne vishesh naam sahit

mool ikaaiyon ko ikaththe rakhakar anya maatraaon ki ikaaiyaaain vyutpann ki ja sakti hain. do aam rahit ikaaiyon rediyn aur stardiyn sahit bees vyutpann ikaaiyaaain apne vishesh naamon sahit hain

SI mool ikaaiyon se vyutpann mukhya ikaaiyaaain
naam chinh maatra anya ikaaiyon mein pad mool ikaaiyon mein pad
hartj Hz aavrutti 1/s s−1
nyootan N bal, bhaar m∙aakg/s2 m∙aakg∙aas−2
paaskal Pa dabaav, daab N/m2 m−1∙akg∙as−2
jool J oorja, kaarya, ooshma N∙aam = C·aV = W·aas m2∙akg∙as−2
vaat W shakti, vikirni bahaav J/s = V·aA m2∙akg∙as−3
koolamb C vidyut aaveg ya vidyut bahaav s∙aA s∙aA
volt V voltej, vidyut vibhvaantar, ilektromotiv bal W/A = J/C m2∙akg∙as−3∙aA−1
fairaad F vidyut dhaarita C/V m−2∙akg−1∙as4∙aA2
ohm Ω vidyut pratirodh, pratibaadha, pratighaat V/A m2∙akg∙as−3∙aA−2
seemains S vidyut chaalakata 1/Ω m−2∙akg−1∙as3∙aA2
vaibar Wb chumbakeeya bahaav J/A m2∙akg∙as−2∙aA−1
taisla T chumbakeeya kshetr V∙aas/m2 = Wb/m2 = N/(A∙aam) kg∙aas−2∙aA−1
henari H prerakatv V∙aas/A = Wb/A m2∙akg∙as−2∙aA−2
celcius °aC celcius taapamaan t°aC = tK − 273.15 K
lyoomain lm prakaasheeya bahaav cd∙aasr cd
laks lx pradeepan lm/m2 m−2∙acd
baikveral Bq rediyodharmita (kshaya prati ikaai samay) 1/s s−1
greya Gy (aayaneekaran vikirn ki) avashoshit maatra J/kg m2∙as−2
saivart Sv (aayaneekaran vikirn ki) samaan maatra J/kg m2∙as−2
katal kat utpreran kriya mol/s s−1∙amol


anya maatraaen aur ikaaiyaan

SI ikaaiyon se vyutpann ki gayeen mishrit ikaaiyaaain
naam chihn maatra SI mool ikaaiyon mein pad lekhan
varg meter m2 kshetr m2
ghan meter m3 aayatan m3
meter prati saikind m/s gati, veg m•aas−1
meter prati saikind varg m/s2 tvaran m•aas−2
meter prati saikind ghan m/s3 jerk m•aas−3
meter prati saikind4 m/s4 snaip m•aas−4
rediyn prati saikind rad/s koneeya veg s−1
nyootan saikind N•aas sanveg, aaveg kg•aam•aas−1
nyootan meter saikind N•aam•aas koneeya sanveg kg•aam2•as−1
nyootan meter N•aam balaaghoorn kg•aam2•as−2
pratilom meter m−1 tarang sankhya m−1
kilogram prati ghan meter kg/m3 ghanatv, bhaar ghanatv kg•aam−3
ghan meter prati kilogram m3/kg vishisht aayatan kg−1•am3
mol prati ghan meter mol/m3 amount (-of-substance) concentration m−3•amol
ghan meter prati mol m3/mol moleeya ghanatv m3•amol−1
jool prati kelvin J/K ooshma kshamata, entropy kg•aam2•as−2•aK−1
jool prati kelvin mol J/(K•aamol) moleeya heat capacity, moleeya entropy kg•aam2•as−2•aK−1•amol−1
jool prati kilogram kelvin J/(K•aakg) vishisht ooshma kshamata, vishisht entropy m2•as−2•aK−1
jool prati mol J/mol moleeya oorja kg•aam2•as−2•amol−1
jool prati kilogram J/kg vishisht oorja m2•as−2
jool prati ghan meter J/m3 oorja ghanatv kg•aam−1•as−2
nyootan prati meter N/m = J/m2 surface tension kg•aas−2
vaat prati varg meter W/m2 heat flux density, irradiance kg•aas−3
vaat prati meter kelvin W/(m•aK) thermal chaalakata kg•aam•aas−3•aK−1
varg meter prati saikind m2/s kinematic viscosity, diffusion coefficient m2•as−1
pascal saikind Pa•as = N•aas/m2 dynamic viscosity kg•aam−1•as−1
koolamb prati ghan meter C/m3 vidyut aaveg ghanatv m−3•as•aA
empeeyar prati varg meter A/m2 vidyut dhaara ghanatv A•aam−2
seemens prati meter S/m chaalakata kg−1•am−3•as3•aA2
seemens varg meter prati mol S•aam2/mol moleeya chaalakata kg-1•as3•amol−1•aA2
farad prati meter F/m parmitiviti kg−1•am−3•as4•aA2
henari prati meter H/m paaragamyata kg•aam•aas−2•aA−2
volt prati meter V/m vidyut kshetr bal kg•aam•aas−3•aA−1
empeeyar prati meter A/m chumbakeeya kshetr bal A•aam−1
kaindela prati varg meter cd/m2 luminance cd•aam−2
koolamb prati kilogram C/kg exposure (X and gamma rays) kg−1•as•aA
greya prati saikind Gy/s absorbed dose rate m2•as−3
ohm meter Ωaa•aam resistivity kg•aam3•as−3•aA−2
badalein


dekhein

sandarbh

  • I. Mills, Tomislav Cvitas, Klaus Homann, Nikola Kallay, IUPAC: Quantities, Units and Symbols in Physical Chemistry, 2nd edition (June 1993), Blackwell Science Inc (p. 72)