- 2 - engli8ch - deutsch spu la zusa
TRANSCRIPT
Fa c hvo rter de r PhY8l~
accel e r a tion
accur acy
ampcou a ti c
alte rnatin g currtnt e
amp I if i e r
ang I e
an su lnf ~ccclcralio n
nngu l a r frequency
logu 1n r molllCtl tum
1I1gl a r vel oc i ty
a r c a
J t t enulltion
n t trJc tL v e f o r ce
av e ra ge
a x i 6 lllxca)
ba r m (IlC t
bea m
be ac
b i nary logarithm
boiling point
bounda r y condit ion
bulk modulua
cal ibrat ion
cap 1c i tance
capacitor
center of grav it y
centigrade
cent rifu gal
chtlc e
chlin
claracteris t ic i mpe d anc e
ch (lrgc
ct oc ~ iampe
~
Engli8 ch - Deutsch
Dcschlcunigung
Gcnauigkeit
Sc hallshy
lIec hselst ro m
Vers t ar kc r
lI ink e l
lI inkc l bc s chl c unieung
lI i nkelr~schwinJirkcit
Dr lll Dr chitllp u ln
J il l k l t g c ~ C 111J i II d i I k c it
Flilche
Dimpfu n g
An z ic hlln fs k r n ft
Durchsclllil I I
Ae llse (n)
Sl)lJn I l~ri( l
Str ahl Balken
Schwcbun gc n
7u c i c r 1Og1 r 1 t hml~ s
Si edepunkt
RanJbedingu ng
Konrprc s sionsmo (1u l
Eic hu ng
clcktrischc Kop ait J t
KonJens ntor
Sch r punk t
Gr d Ce l si us
lCIH r i f ug a 1
Iu( I I
Y e tt c
Wcl l cIlIJi dc rS Llt1 ncl
L dung
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coil
coincide nce
colliraquoion
cornmon 10ga r i t hID
co mpliance
condense r
conduc tanc e
co ndu cti vity
conducto r
cou nt cr cl ocki8 e
couple
cou pl ed pe ndul e
cube
cuole C XP Ll6iol
curl
vo rtc X
c u rr en t
c urvat ur e
curve
cycle
damp e d 06c il la i on
decay
dccrcag~
de [ject ion
de loy
denomi no tor
density
derivative
ltleviation
Jice ct ri c
J i f r e r e 1) l i II I
Ji ((rnct i on
~ i ffr ci i on 8r ~ l ig
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Spu la
ZusaltIll1le ntreff en
Zu snmrnena t o a
Ze hn e rl ogar ithIDUB
El as t iL it ~ t skocffitient
Kondens a tor
c l ek t r i Bchcr Le i t wcr t
LeitCih igke i t
Le i t e r
i m Gegcnuh r t e igerainn
Kr il ft ep aa r
gck ollC I tc Iend e I
IIU d d
Hll umc1u ~ d ( hn ung sshy
ro t Ro t a t ion
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Strom
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Ze r fall
Ab n hme
Ab l enk un g
VCrTogcrung
Henner
Dichte
Ableitung
AbIJcichung
dic lck tric he
[Ji((c r cntinl
Beugun g
Beugunzsgitter
1
- J - ~ shy
direct currentdc CICl chstrurn grav it a t io nal mass sc h re isse
dir ec tion Richtun ~ hn rma n i c 8 Obe r J cl lcn
displ aceme nt Ve rch ieburo heot IUrme
dit~nc e DiHont Abstn nd heat capacity la rrnc ka paz i t~t
divergence Divergen heat content entha l py Enth a l pie
dynamics Oy n 11111lt hel i x Schraube
eddy curr ent IJirbel lt uM hy ste r es i Hyst ere se
e l e ctric ol ekL rt s ch imllg e 8ild Abbild
electric displacement ~ l (ktrischc Ve r sc hi ebung i 1llr J ct Stos
electromagne tic e lektromagnct ische i mpeda nce Sch e inIJidertand Impedan z
en c r gy Ener gie incrc Dse Zunahme
e le ctromoti ve forc e em f elcktromoto r i sche Kra f t EKK incill ct nnce ln du kti v it lt Se lb atinduktion
e l ongation De hnung ine rtia Tru g llc it
energ y Fneq ie i 11 e r ( i 1 1 111100 trage Hsse
CClunclon Cl c i (h llll pound l nsul 1(or I so l~tor
equ a tion of sta te Zus t inds~~ It i(hll~3 int eraction Jechselvirkung
equi I i brium Gleich flJict i nte r fc i Cn c r Int er fe ren
error Fe hlcr interna l energy i nnere Ellergie
example Bei spiel k i IH~ r i ( CIl(~ i r ki ne tisch e Energie
exte rnnl fit lei fu nscre8 Fe l d In Cc actr
f nctor ial n Fnku tea t l in c r(lqUlfl C Netz fr equen
field Fe ld (d mafn ) 1 in cs of [ore r Kraftli n i en
floating schv imme nd unbestimmt liquid F1Ussi Rkeit
forc e Kraft load Relstung (e i ner Spannungsquel le l
forced ocillLion erzvungen e Schvingung lo ga r i thm Logarithmus
f rnctlon Brucht e il l o ngir udil1 I]a longitudinale l ellt
frame of ref~renc ~ Koordinatensystem loss Verlust
freczelng poi nt Gefri erpunk t rnn ne ti c fluT mngnetischcr FlUB
frequency Frcluen mn[ netil-J i t o n Hagnetisicrung
(riction Reibun IMrnittlue BerraR fringes Tntcrfcrcstreif en mC1sur eme nt Hessung
gai n V c rst~i k unJ-~f~ktor m0chtlnical mcchanich r rnpl c rapii s chc D1e Ilung oue E genschu in gung
cons tan t KonstJnte odulus De tr ae mudulus of clns ticit y E l ns tiit~tsmodul
- 5 - x - 6 shy
momcnl of force Dr chmomcn t
momcilt 0 incrtil T ri ~hc i l SIIKHllc n t pulse c le U r I lnp ul
mome ntum me ell I IIlp U 1 s p u l ~ t1tancc Kreisfrequenz
mo e ion llclJqung quality [ ac t o r Cutef aktor
mut ual ind uc t ance GCfrn inJllkti v it~t r1d iant ener gy St r ahlun gs ener g i e
natur a l l ognr ithro nJtlirLichcr LogllrilhllluJ r adintio n Strahl ung
obs e rv atiotl Be aD lcll lung rnnge Rc ichvete
orbi t U1 hn r at io VcrhBltn9
orbital angu l a r Bahnd reli i lnp U I B ray Strahl
osci ll a tion Schwi ngun g r c actanc e Bl i ndviders t 8nd
pulicl Te i lchcn r ectific a tion Gl eichrichtung
p 1rtition t __ lt
unCLl n n Zusta nd ssumme r ectifi er Gl e ichricht e r
path Weg reduced mags r eduzi e re e Ma se
pe ak Spitze (cin er Kurve) ref lectlon Re flcxion
pe ak vOILBg Schcit c l s pannu nr re flectivi ty Rc flexions vermo ge n
perfec t I i dea l es Cas ref roction Brc chung
pe rmeability Permc1bil t Jt refrac t iv e index ~ r c h unr~ i nd e x BrL r lli_ ~l h 1
permeabi l ity of f r ee Bpa c e magll c tL f (hc fcldko1l 9 lnnle repu lnv e for ce ~b middot l n sun~~r6[ l
pcrmitti vit) Die le ktrizit ~ t s kon3l ante c oc o re sistance irl f r I l ~ nc
perrni tt i~ i(y of aC lum Fel dko ns t antc re s isti v it y SrCZi~l~cller ~middotid(rt~nd
ocrocndiculn( loe recht senk recht ret a rdatio n Ve r i oc run
ph a se ~loCy Ph1 scnfc se ll i Il d i g k c i t ri gid bod ) middot t rr er Kbrppr
physician IIrH rod il un ( l ~ t~0
physicist Phys k r root I nc
piston Ko lbcn root-mc ~ n-8qu arc v~lue Ef [ c k i e r
potontial diff erence t ension Elek t r sc lc Splnn ll ng Potenlia l ddf e rcl17 rms-voltnge effckt i ve Sp n unp
po t cl1lil1 cncrpy POlClllic It FlltrfLc ro l ill i onllt Ro 1L i0 I L ~ -
poo cr Pu 1vc r rpm Umd - ( l ~ cn pro ililn
poyer LClslu ng Sttlnple ~ ro ~ f
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precision Gc nauigke i l serelJ SChraI21e
pressure Orlick s hear mo dulus Sci11lbrnodul
principal i1XC6 II1UpL lchscn shear strain Sc herung
prillcipal mo rnc n ~ s of incr~i~ ltaUjl l t rJ~hc l t ~ momcn l shear str eBS Schubya nnung Scllcrspannung
pr nplfltio n For l 11 r 111 U II I u s b r r i t il II g Bl lle Sinl
s 1 i t Splt
slo pe Steigung
solenoid H1 gndspule
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Au
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Abbild Ablcnkung Ablcitung AbnahlllC Abst~nd
Abstoi3ungskrafl Abwcichung Achsell Anzichungskraft Arbcit Ausbrcitullg alilleres Fcld Austri [Ls] roci [
Ballll Balllldrchi mpuls Balken Beispiel Belaslung (eiller Sp~nlungsql1clle) Bcob]ch[ung Belrag Betrag BeschlclJJligu ng Beugung Beugullgsgilter Bewegung Bild Blindwiderst~llld
Breci1ullg Srechullgsi ndo Brechzabl Bruchteil
lIllage deflection deri va Iiye decrease distance repulsive forc e deviation Jxis axes altraclive force work propagation eXlcTllol field work [unction
B orbil orbital angulJ r beam example load observation m]gnitude modulus ]cceleralion diffraclion diffrJcLion graling motion unage reactance refraction rc[r]clive indc~
fraclion
l)1~cr r~1 t1Hh l ll (1lllllilcil
Ibodullth) ROUlII tmntl Ci tc llS
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Vam Illr rusu cinOllabsiJ llhdIOl) rchlI lItuockt habl dUU l nIu1ia1 UIII dod cu(tch init illon rot cn ode ~dhct1 Tc ltllarkcr odr111l11 CIllIII~)IU~-l lIi IL1
h tU rcd cl hailer Nil luit aJlL11l
f1lCIi tIO dCJ SI Ii ric liB 00-1 IJJ
WCI1Il ill r k 1 lend 1I1It ill11
Fcllkm lIIarkicr1 his ZlIlll ZR I O ~026 ~lfilckgcb( ulUl kc n Fducr Ohll~dlOl habL h)ht illr QIII~ ChHlo11 UI ciller VCloSIIIIg
ldJllfldlll lllltl ltl ~()IIII idl~dll
wahlwclsc 1 I )llplo S wO cinol TJg Iroes L1 middotBU 1Il fahrcfI illl (jcslI nIIlCI7 ci tlt I vv 8ClIillflCII
Aloo Id Spd i 11111Fthl(r sllcht1 t
- 1
DJlllpJiJnlck DJlllpfUllg Dichte llielckl rischl DielcklriliUilsknlls[lllte r+I
Difrcrenlial Dislltlll
Diergcll Oral Urehimpuls Dreh mOlllent
Drellllllg Durchschllitt Dislalll Diclgell D)Illtlmik
eDck[ic Spanllllng EJfcklivert Eicilung EigcllScllvingung Eillheil Elast iz i [ii IskoefJi ziell t Ela~t ii Iii 1~l11odlJl
elckt riscil elcklrischc KapaiUil elektrischc Vcrschiebung elek I rOlllagllel ische Ellergi c Elllltalpic
crllullgclle SCJlingullg
D vapor pressurmiddot attclluation dcnsity dielectric pcrmiltivit) diiTerellliti disllll CC divergence ]ngular momentulll momen[ or force torque straill average diS1JIlCe di crgellcc dYIl]mics
E fIllS-vol [age rool-lllelll-sqU]re middot~llllC ciilibratioll mode 1I1l i t comrliance modulus of CIlSli -ily electric clttpaci IJIICC electric displacemenl ecctromagllet i c encrgy he]l COil tent cnlhalpv forced osci lialion
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F n Fakultit factoriul 11
F ederko I1SUlilte spring COllSUll1t 17ciller error Feld (eL mlgn ) field Feldkonstltll1tc permittivity O[y~CLlll l11 [Liehe area 11 lissigkei ( liquid fortpnanzlIl1g propdgalion
Freqllelv frequency
I
G gcd111pne ScI1llil1glll1 damped oscilllliol1 (iciIicrpllilkl frceing pJiilt
GegcnindllktlviUit Illlltll il1(lIcllllce il1l Cegelllllclgcrsillll counterclockwise (Am)
lnli-clockwise
gekoppclte rendel coupled pcndlll(l
Gendlligkeit preCISion accuracy
GcschlIinuigkeit velocity Gesetz law Gewicilt weight Gleichgewicht equi I i bri lim
Gleichricll ter rectifier Gieichrichtllllg recli fication Gleichstrolll direct current dc Glcichul1g eCluJtion Grad Celsius ccntigradc graph ischc j)lrslell Ullg graph Glilefaktor quality factor
H Hlllptlchsen principal axes Hau ptt righei tSllloment principal moments of inertia a hoch n a raised to the pJwer n Hysterese hysteresis
ide~les Gas perfect gas lmpuls (elcktr) pulse Impuls (meeh) momentum
lndukliviWl inducla nce innere Energie internal energy lnterreren interference Interfcrellls rei fen fringes I~olltor iS01alor
K Keil wedge Ke(le chain kinctische Energie kineti c energy Kolbcn piston KompressionsIllodul bulk modulus Kondensator eapaeitator
condensor KonsUlJ1te constant Koordi Iwtensystel1l frame of reference Kran force Kriinepwr couplc Krlftlil1iel1 lincs of force Kreisel top Kreisfrequcnl pul SJ tll1CC Kr(imlnullg curvature Kugel sphcre Kurve curve
-1 shy Ladung Leistung Leitflt1higkeil Lilthtgeschwindigkeil illl Vakuulll Logarit1l11us Logarilhmus (natClrlichcr) iongiludinalc Welle
magnelischc Fcldkonsla nlc magneliseher Flu) Magnclisierung Magnclspulc Mcssung
Nenncr NctJrequ811 L
Obcrwellcll
Pcrmcltlbililjl Phltlscngcschwi ndigkei 1
Physiker POlcnlialdi [ferell potentiellc Encrgie ProlY Pulver
Quadratwupel
L charge powcr conduCliil) speed of lighl ill vacuo logltlrilhlll natucallogarilhm longi ltldinal wave
M perllleltlbilily of frcc space magnclic flux magnclizltltion solenoid measurcmenl
N dcnominator linc frequency
o harmonics
p pernleltlbilit) phase velocit) physicist potcntiltll difTercnce potential energy sample powdcr
Q sqUltlre rQo t
[Zau Ra l1uocuill gllng RJumausdchllllllgsshyreduzierle MlSSC Hcneioll IZcn e iOllSI Cf lll OgCIl [(e iOullg l(ciclmcilC Hichlllllg lZi IlgSplIic RlIlldsuo l(olaliol1 RolaliOIlSshy
Sch~i1Ishy
Schci l1vidcls land SchcilclspannLll1 g Scherun g Schrallbe
Schllhmodlll Schllhspanllllllg SchcrsplI111 ung ScJmcbulI gclI sc hwc rc Masse Schwcrpu nkt selmi llll11clld unbcsl iml11l Sclmlll gllng
ScIbSl indliK lion scnkieclll JOlrccill Sicdcpunkt Sinus skJIlr Spalt SPlllIIUllg (lllccll) Spannllng (eleklrischc)
R whecl boundary co ndi lio n cubic eplI1sion reduced Illa ss reflection reflecl ivi lv fricti on range di rcc lioll loroid rod curl rotalio)1ltl1
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ltlcollslic iIIIpc 11 cW 11 ce peak vol tage shear strZlin screw heli x sheClf modulus shear slress beals gravitationiI lIla ~s
cenLer of graVity
floating vibration oscillation illductltlllcc pcrpelldicuJJ r boilig point sine sCZllar slil strcss voltage tension
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SP 111 III I1 g~1brlI I voltage Jrop Spil-c (eille r Klirve) pclk Splile co il Slabll1agllel bar ma gnct sla rrcr Karpel ri gid bod) sicilclldc ~ I iL S(1J1 (iin g wtye Sicigllng slo~
Stofl impa ct SI ralll bealll
ru y Slrilhl ul1 g rudi lti oll SI rlllillngse ll ergic radi Dn energy Stro]l currcnt
T Tc ilchcll particle Iriigc l fa ssc inertial mass Triig1cit inerti1 I r ~g hci ISillo mcllt lIIome1l 1 nf illcnil Tral1 ~rolllalo r trnn sfon ncr
U iIII LJllreigcrsi nil clockwise lmdrel1ungcn pro mill rpm
V ck lor vecto( Vcrdampfullg vlpori ltl tion Verhiillnis rati o Vcrlust loss Ve rsc hicbull g d i sp IJ cc 111 e11 1 Ve rsUirker amplifier Vers Uirkun g -sfaklor gain Versuch trial Verlc rrtlng strain Verogcrull p dela y
retardati on Viskos iUil viscosity
W Vvi rIllC heal Wiirmcklti pali Ui I heat cap)city Wcchse isl mill altcrn illing Cllrrenl ac Wcc hsc Iwi rk tlllg interaction Wcg path Wcllcnfllilklion wavc funktion Wcllcngki cllllng wave equation We llcl1 widerstilnd characteristic impccL1nce Wc rt value Widersla nJ res istance spc-ifl sc ll cr Widcrsta nd resisti vi ty Windung turn Winkel angle Vi ilkclbcsch lellni g11n g angular acce leration Winkelgescllwindigkeit angulm frequency
angulnr vclocity Wirlx1 vortex Wirbelslrol11 eddy current WClrfel cube Wurlcl root
Z Zc llnerlog1 ri t hill li S COllll1l0n IOgllrilll1n Zeit time ze n I ri ru ga I cen trifugal Zcrfa ll decay ZUll alli lle incrensc Zurdl chance Zu g traction Zusa I1lJllcn sof collision Zusa III illC 1 t rc[fcn coinccdencc ZlI stwd state Ztlstltllldsgie iciJlIll g equation of s tate Zusla ndsS llllll1l e partition [lIllktion Z weicrlogl ri I h IiIti S binary logarithm Zkill s cycle
1
- J - ~ shy
direct currentdc CICl chstrurn grav it a t io nal mass sc h re isse
dir ec tion Richtun ~ hn rma n i c 8 Obe r J cl lcn
displ aceme nt Ve rch ieburo heot IUrme
dit~nc e DiHont Abstn nd heat capacity la rrnc ka paz i t~t
divergence Divergen heat content entha l py Enth a l pie
dynamics Oy n 11111lt hel i x Schraube
eddy curr ent IJirbel lt uM hy ste r es i Hyst ere se
e l e ctric ol ekL rt s ch imllg e 8ild Abbild
electric displacement ~ l (ktrischc Ve r sc hi ebung i 1llr J ct Stos
electromagne tic e lektromagnct ische i mpeda nce Sch e inIJidertand Impedan z
en c r gy Ener gie incrc Dse Zunahme
e le ctromoti ve forc e em f elcktromoto r i sche Kra f t EKK incill ct nnce ln du kti v it lt Se lb atinduktion
e l ongation De hnung ine rtia Tru g llc it
energ y Fneq ie i 11 e r ( i 1 1 111100 trage Hsse
CClunclon Cl c i (h llll pound l nsul 1(or I so l~tor
equ a tion of sta te Zus t inds~~ It i(hll~3 int eraction Jechselvirkung
equi I i brium Gleich flJict i nte r fc i Cn c r Int er fe ren
error Fe hlcr interna l energy i nnere Ellergie
example Bei spiel k i IH~ r i ( CIl(~ i r ki ne tisch e Energie
exte rnnl fit lei fu nscre8 Fe l d In Cc actr
f nctor ial n Fnku tea t l in c r(lqUlfl C Netz fr equen
field Fe ld (d mafn ) 1 in cs of [ore r Kraftli n i en
floating schv imme nd unbestimmt liquid F1Ussi Rkeit
forc e Kraft load Relstung (e i ner Spannungsquel le l
forced ocillLion erzvungen e Schvingung lo ga r i thm Logarithmus
f rnctlon Brucht e il l o ngir udil1 I]a longitudinale l ellt
frame of ref~renc ~ Koordinatensystem loss Verlust
freczelng poi nt Gefri erpunk t rnn ne ti c fluT mngnetischcr FlUB
frequency Frcluen mn[ netil-J i t o n Hagnetisicrung
(riction Reibun IMrnittlue BerraR fringes Tntcrfcrcstreif en mC1sur eme nt Hessung
gai n V c rst~i k unJ-~f~ktor m0chtlnical mcchanich r rnpl c rapii s chc D1e Ilung oue E genschu in gung
cons tan t KonstJnte odulus De tr ae mudulus of clns ticit y E l ns tiit~tsmodul
- 5 - x - 6 shy
momcnl of force Dr chmomcn t
momcilt 0 incrtil T ri ~hc i l SIIKHllc n t pulse c le U r I lnp ul
mome ntum me ell I IIlp U 1 s p u l ~ t1tancc Kreisfrequenz
mo e ion llclJqung quality [ ac t o r Cutef aktor
mut ual ind uc t ance GCfrn inJllkti v it~t r1d iant ener gy St r ahlun gs ener g i e
natur a l l ognr ithro nJtlirLichcr LogllrilhllluJ r adintio n Strahl ung
obs e rv atiotl Be aD lcll lung rnnge Rc ichvete
orbi t U1 hn r at io VcrhBltn9
orbital angu l a r Bahnd reli i lnp U I B ray Strahl
osci ll a tion Schwi ngun g r c actanc e Bl i ndviders t 8nd
pulicl Te i lchcn r ectific a tion Gl eichrichtung
p 1rtition t __ lt
unCLl n n Zusta nd ssumme r ectifi er Gl e ichricht e r
path Weg reduced mags r eduzi e re e Ma se
pe ak Spitze (cin er Kurve) ref lectlon Re flcxion
pe ak vOILBg Schcit c l s pannu nr re flectivi ty Rc flexions vermo ge n
perfec t I i dea l es Cas ref roction Brc chung
pe rmeability Permc1bil t Jt refrac t iv e index ~ r c h unr~ i nd e x BrL r lli_ ~l h 1
permeabi l ity of f r ee Bpa c e magll c tL f (hc fcldko1l 9 lnnle repu lnv e for ce ~b middot l n sun~~r6[ l
pcrmitti vit) Die le ktrizit ~ t s kon3l ante c oc o re sistance irl f r I l ~ nc
perrni tt i~ i(y of aC lum Fel dko ns t antc re s isti v it y SrCZi~l~cller ~middotid(rt~nd
ocrocndiculn( loe recht senk recht ret a rdatio n Ve r i oc run
ph a se ~loCy Ph1 scnfc se ll i Il d i g k c i t ri gid bod ) middot t rr er Kbrppr
physician IIrH rod il un ( l ~ t~0
physicist Phys k r root I nc
piston Ko lbcn root-mc ~ n-8qu arc v~lue Ef [ c k i e r
potontial diff erence t ension Elek t r sc lc Splnn ll ng Potenlia l ddf e rcl17 rms-voltnge effckt i ve Sp n unp
po t cl1lil1 cncrpy POlClllic It FlltrfLc ro l ill i onllt Ro 1L i0 I L ~ -
poo cr Pu 1vc r rpm Umd - ( l ~ cn pro ililn
poyer LClslu ng Sttlnple ~ ro ~ f
J raised to the pOJcr n a hoc h n Dcalar skala
precision Gc nauigke i l serelJ SChraI21e
pressure Orlick s hear mo dulus Sci11lbrnodul
principal i1XC6 II1UpL lchscn shear strain Sc herung
prillcipal mo rnc n ~ s of incr~i~ ltaUjl l t rJ~hc l t ~ momcn l shear str eBS Schubya nnung Scllcrspannung
pr nplfltio n For l 11 r 111 U II I u s b r r i t il II g Bl lle Sinl
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Ballll Balllldrchi mpuls Balken Beispiel Belaslung (eiller Sp~nlungsql1clle) Bcob]ch[ung Belrag Betrag BeschlclJJligu ng Beugung Beugullgsgilter Bewegung Bild Blindwiderst~llld
Breci1ullg Srechullgsi ndo Brechzabl Bruchteil
lIllage deflection deri va Iiye decrease distance repulsive forc e deviation Jxis axes altraclive force work propagation eXlcTllol field work [unction
B orbil orbital angulJ r beam example load observation m]gnitude modulus ]cceleralion diffraclion diffrJcLion graling motion unage reactance refraction rc[r]clive indc~
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l)1~cr r~1 t1Hh l ll (1lllllilcil
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Difrcrenlial Dislltlll
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elckt riscil elcklrischc KapaiUil elektrischc Vcrschiebung elek I rOlllagllel ische Ellergi c Elllltalpic
crllullgclle SCJlingullg
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GegcnindllktlviUit Illlltll il1(lIcllllce il1l Cegelllllclgcrsillll counterclockwise (Am)
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gekoppclte rendel coupled pcndlll(l
Gendlligkeit preCISion accuracy
GcschlIinuigkeit velocity Gesetz law Gewicilt weight Gleichgewicht equi I i bri lim
Gleichricll ter rectifier Gieichrichtllllg recli fication Gleichstrolll direct current dc Glcichul1g eCluJtion Grad Celsius ccntigradc graph ischc j)lrslell Ullg graph Glilefaktor quality factor
H Hlllptlchsen principal axes Hau ptt righei tSllloment principal moments of inertia a hoch n a raised to the pJwer n Hysterese hysteresis
ide~les Gas perfect gas lmpuls (elcktr) pulse Impuls (meeh) momentum
lndukliviWl inducla nce innere Energie internal energy lnterreren interference Interfcrellls rei fen fringes I~olltor iS01alor
K Keil wedge Ke(le chain kinctische Energie kineti c energy Kolbcn piston KompressionsIllodul bulk modulus Kondensator eapaeitator
condensor KonsUlJ1te constant Koordi Iwtensystel1l frame of reference Kran force Kriinepwr couplc Krlftlil1iel1 lincs of force Kreisel top Kreisfrequcnl pul SJ tll1CC Kr(imlnullg curvature Kugel sphcre Kurve curve
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magnelischc Fcldkonsla nlc magneliseher Flu) Magnclisierung Magnclspulc Mcssung
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N dcnominator linc frequency
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T Tc ilchcll particle Iriigc l fa ssc inertial mass Triig1cit inerti1 I r ~g hci ISillo mcllt lIIome1l 1 nf illcnil Tral1 ~rolllalo r trnn sfon ncr
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Z Zc llnerlog1 ri t hill li S COllll1l0n IOgllrilll1n Zeit time ze n I ri ru ga I cen trifugal Zcrfa ll decay ZUll alli lle incrensc Zurdl chance Zu g traction Zusa I1lJllcn sof collision Zusa III illC 1 t rc[fcn coinccdencc ZlI stwd state Ztlstltllldsgie iciJlIll g equation of s tate Zusla ndsS llllll1l e partition [lIllktion Z weicrlogl ri I h IiIti S binary logarithm Zkill s cycle
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momcnl of force Dr chmomcn t
momcilt 0 incrtil T ri ~hc i l SIIKHllc n t pulse c le U r I lnp ul
mome ntum me ell I IIlp U 1 s p u l ~ t1tancc Kreisfrequenz
mo e ion llclJqung quality [ ac t o r Cutef aktor
mut ual ind uc t ance GCfrn inJllkti v it~t r1d iant ener gy St r ahlun gs ener g i e
natur a l l ognr ithro nJtlirLichcr LogllrilhllluJ r adintio n Strahl ung
obs e rv atiotl Be aD lcll lung rnnge Rc ichvete
orbi t U1 hn r at io VcrhBltn9
orbital angu l a r Bahnd reli i lnp U I B ray Strahl
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pulicl Te i lchcn r ectific a tion Gl eichrichtung
p 1rtition t __ lt
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path Weg reduced mags r eduzi e re e Ma se
pe ak Spitze (cin er Kurve) ref lectlon Re flcxion
pe ak vOILBg Schcit c l s pannu nr re flectivi ty Rc flexions vermo ge n
perfec t I i dea l es Cas ref roction Brc chung
pe rmeability Permc1bil t Jt refrac t iv e index ~ r c h unr~ i nd e x BrL r lli_ ~l h 1
permeabi l ity of f r ee Bpa c e magll c tL f (hc fcldko1l 9 lnnle repu lnv e for ce ~b middot l n sun~~r6[ l
pcrmitti vit) Die le ktrizit ~ t s kon3l ante c oc o re sistance irl f r I l ~ nc
perrni tt i~ i(y of aC lum Fel dko ns t antc re s isti v it y SrCZi~l~cller ~middotid(rt~nd
ocrocndiculn( loe recht senk recht ret a rdatio n Ve r i oc run
ph a se ~loCy Ph1 scnfc se ll i Il d i g k c i t ri gid bod ) middot t rr er Kbrppr
physician IIrH rod il un ( l ~ t~0
physicist Phys k r root I nc
piston Ko lbcn root-mc ~ n-8qu arc v~lue Ef [ c k i e r
potontial diff erence t ension Elek t r sc lc Splnn ll ng Potenlia l ddf e rcl17 rms-voltnge effckt i ve Sp n unp
po t cl1lil1 cncrpy POlClllic It FlltrfLc ro l ill i onllt Ro 1L i0 I L ~ -
poo cr Pu 1vc r rpm Umd - ( l ~ cn pro ililn
poyer LClslu ng Sttlnple ~ ro ~ f
J raised to the pOJcr n a hoc h n Dcalar skala
precision Gc nauigke i l serelJ SChraI21e
pressure Orlick s hear mo dulus Sci11lbrnodul
principal i1XC6 II1UpL lchscn shear strain Sc herung
prillcipal mo rnc n ~ s of incr~i~ ltaUjl l t rJ~hc l t ~ momcn l shear str eBS Schubya nnung Scllcrspannung
pr nplfltio n For l 11 r 111 U II I u s b r r i t il II g Bl lle Sinl
s 1 i t Splt
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solenoid H1 gndspule
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Vakuumlich~eschwindigkeit
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Ballll Balllldrchi mpuls Balken Beispiel Belaslung (eiller Sp~nlungsql1clle) Bcob]ch[ung Belrag Betrag BeschlclJJligu ng Beugung Beugullgsgilter Bewegung Bild Blindwiderst~llld
Breci1ullg Srechullgsi ndo Brechzabl Bruchteil
lIllage deflection deri va Iiye decrease distance repulsive forc e deviation Jxis axes altraclive force work propagation eXlcTllol field work [unction
B orbil orbital angulJ r beam example load observation m]gnitude modulus ]cceleralion diffraclion diffrJcLion graling motion unage reactance refraction rc[r]clive indc~
fraclion
l)1~cr r~1 t1Hh l ll (1lllllilcil
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uolllth r-duo
Vam Illr rusu cinOllabsiJ llhdIOl) rchlI lItuockt habl dUU l nIu1ia1 UIII dod cu(tch init illon rot cn ode ~dhct1 Tc ltllarkcr odr111l11 CIllIII~)IU~-l lIi IL1
h tU rcd cl hailer Nil luit aJlL11l
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ldJllfldlll lllltl ltl ~()IIII idl~dll
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Aloo Id Spd i 11111Fthl(r sllcht1 t
- 1
DJlllpJiJnlck DJlllpfUllg Dichte llielckl rischl DielcklriliUilsknlls[lllte r+I
Difrcrenlial Dislltlll
Diergcll Oral Urehimpuls Dreh mOlllent
Drellllllg Durchschllitt Dislalll Diclgell D)Illtlmik
eDck[ic Spanllllng EJfcklivert Eicilung EigcllScllvingung Eillheil Elast iz i [ii IskoefJi ziell t Ela~t ii Iii 1~l11odlJl
elckt riscil elcklrischc KapaiUil elektrischc Vcrschiebung elek I rOlllagllel ische Ellergi c Elllltalpic
crllullgclle SCJlingullg
D vapor pressurmiddot attclluation dcnsity dielectric pcrmiltivit) diiTerellliti disllll CC divergence ]ngular momentulll momen[ or force torque straill average diS1JIlCe di crgellcc dYIl]mics
E fIllS-vol [age rool-lllelll-sqU]re middot~llllC ciilibratioll mode 1I1l i t comrliance modulus of CIlSli -ily electric clttpaci IJIICC electric displacemenl ecctromagllet i c encrgy he]l COil tent cnlhalpv forced osci lialion
_L
F n Fakultit factoriul 11
F ederko I1SUlilte spring COllSUll1t 17ciller error Feld (eL mlgn ) field Feldkonstltll1tc permittivity O[y~CLlll l11 [Liehe area 11 lissigkei ( liquid fortpnanzlIl1g propdgalion
Freqllelv frequency
I
G gcd111pne ScI1llil1glll1 damped oscilllliol1 (iciIicrpllilkl frceing pJiilt
GegcnindllktlviUit Illlltll il1(lIcllllce il1l Cegelllllclgcrsillll counterclockwise (Am)
lnli-clockwise
gekoppclte rendel coupled pcndlll(l
Gendlligkeit preCISion accuracy
GcschlIinuigkeit velocity Gesetz law Gewicilt weight Gleichgewicht equi I i bri lim
Gleichricll ter rectifier Gieichrichtllllg recli fication Gleichstrolll direct current dc Glcichul1g eCluJtion Grad Celsius ccntigradc graph ischc j)lrslell Ullg graph Glilefaktor quality factor
H Hlllptlchsen principal axes Hau ptt righei tSllloment principal moments of inertia a hoch n a raised to the pJwer n Hysterese hysteresis
ide~les Gas perfect gas lmpuls (elcktr) pulse Impuls (meeh) momentum
lndukliviWl inducla nce innere Energie internal energy lnterreren interference Interfcrellls rei fen fringes I~olltor iS01alor
K Keil wedge Ke(le chain kinctische Energie kineti c energy Kolbcn piston KompressionsIllodul bulk modulus Kondensator eapaeitator
condensor KonsUlJ1te constant Koordi Iwtensystel1l frame of reference Kran force Kriinepwr couplc Krlftlil1iel1 lincs of force Kreisel top Kreisfrequcnl pul SJ tll1CC Kr(imlnullg curvature Kugel sphcre Kurve curve
-1 shy Ladung Leistung Leitflt1higkeil Lilthtgeschwindigkeil illl Vakuulll Logarit1l11us Logarilhmus (natClrlichcr) iongiludinalc Welle
magnelischc Fcldkonsla nlc magneliseher Flu) Magnclisierung Magnclspulc Mcssung
Nenncr NctJrequ811 L
Obcrwellcll
Pcrmcltlbililjl Phltlscngcschwi ndigkei 1
Physiker POlcnlialdi [ferell potentiellc Encrgie ProlY Pulver
Quadratwupel
L charge powcr conduCliil) speed of lighl ill vacuo logltlrilhlll natucallogarilhm longi ltldinal wave
M perllleltlbilily of frcc space magnclic flux magnclizltltion solenoid measurcmenl
N dcnominator linc frequency
o harmonics
p pernleltlbilit) phase velocit) physicist potcntiltll difTercnce potential energy sample powdcr
Q sqUltlre rQo t
[Zau Ra l1uocuill gllng RJumausdchllllllgsshyreduzierle MlSSC Hcneioll IZcn e iOllSI Cf lll OgCIl [(e iOullg l(ciclmcilC Hichlllllg lZi IlgSplIic RlIlldsuo l(olaliol1 RolaliOIlSshy
Sch~i1Ishy
Schci l1vidcls land SchcilclspannLll1 g Scherun g Schrallbe
Schllhmodlll Schllhspanllllllg SchcrsplI111 ung ScJmcbulI gclI sc hwc rc Masse Schwcrpu nkt selmi llll11clld unbcsl iml11l Sclmlll gllng
ScIbSl indliK lion scnkieclll JOlrccill Sicdcpunkt Sinus skJIlr Spalt SPlllIIUllg (lllccll) Spannllng (eleklrischc)
R whecl boundary co ndi lio n cubic eplI1sion reduced Illa ss reflection reflecl ivi lv fricti on range di rcc lioll loroid rod curl rotalio)1ltl1
-
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cenLer of graVity
floating vibration oscillation illductltlllcc pcrpelldicuJJ r boilig point sine sCZllar slil strcss voltage tension
-I shy
SP 111 III I1 g~1brlI I voltage Jrop Spil-c (eille r Klirve) pclk Splile co il Slabll1agllel bar ma gnct sla rrcr Karpel ri gid bod) sicilclldc ~ I iL S(1J1 (iin g wtye Sicigllng slo~
Stofl impa ct SI ralll bealll
ru y Slrilhl ul1 g rudi lti oll SI rlllillngse ll ergic radi Dn energy Stro]l currcnt
T Tc ilchcll particle Iriigc l fa ssc inertial mass Triig1cit inerti1 I r ~g hci ISillo mcllt lIIome1l 1 nf illcnil Tral1 ~rolllalo r trnn sfon ncr
U iIII LJllreigcrsi nil clockwise lmdrel1ungcn pro mill rpm
V ck lor vecto( Vcrdampfullg vlpori ltl tion Verhiillnis rati o Vcrlust loss Ve rsc hicbull g d i sp IJ cc 111 e11 1 Ve rsUirker amplifier Vers Uirkun g -sfaklor gain Versuch trial Verlc rrtlng strain Verogcrull p dela y
retardati on Viskos iUil viscosity
W Vvi rIllC heal Wiirmcklti pali Ui I heat cap)city Wcchse isl mill altcrn illing Cllrrenl ac Wcc hsc Iwi rk tlllg interaction Wcg path Wcllcnfllilklion wavc funktion Wcllcngki cllllng wave equation We llcl1 widerstilnd characteristic impccL1nce Wc rt value Widersla nJ res istance spc-ifl sc ll cr Widcrsta nd resisti vi ty Windung turn Winkel angle Vi ilkclbcsch lellni g11n g angular acce leration Winkelgescllwindigkeit angulm frequency
angulnr vclocity Wirlx1 vortex Wirbelslrol11 eddy current WClrfel cube Wurlcl root
Z Zc llnerlog1 ri t hill li S COllll1l0n IOgllrilll1n Zeit time ze n I ri ru ga I cen trifugal Zcrfa ll decay ZUll alli lle incrensc Zurdl chance Zu g traction Zusa I1lJllcn sof collision Zusa III illC 1 t rc[fcn coinccdencc ZlI stwd state Ztlstltllldsgie iciJlIll g equation of s tate Zusla ndsS llllll1l e partition [lIllktion Z weicrlogl ri I h IiIti S binary logarithm Zkill s cycle
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Ballll Balllldrchi mpuls Balken Beispiel Belaslung (eiller Sp~nlungsql1clle) Bcob]ch[ung Belrag Betrag BeschlclJJligu ng Beugung Beugullgsgilter Bewegung Bild Blindwiderst~llld
Breci1ullg Srechullgsi ndo Brechzabl Bruchteil
lIllage deflection deri va Iiye decrease distance repulsive forc e deviation Jxis axes altraclive force work propagation eXlcTllol field work [unction
B orbil orbital angulJ r beam example load observation m]gnitude modulus ]cceleralion diffraclion diffrJcLion graling motion unage reactance refraction rc[r]clive indc~
fraclion
l)1~cr r~1 t1Hh l ll (1lllllilcil
Ibodullth) ROUlII tmntl Ci tc llS
uolllth r-duo
Vam Illr rusu cinOllabsiJ llhdIOl) rchlI lItuockt habl dUU l nIu1ia1 UIII dod cu(tch init illon rot cn ode ~dhct1 Tc ltllarkcr odr111l11 CIllIII~)IU~-l lIi IL1
h tU rcd cl hailer Nil luit aJlL11l
f1lCIi tIO dCJ SI Ii ric liB 00-1 IJJ
WCI1Il ill r k 1 lend 1I1It ill11
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ldJllfldlll lllltl ltl ~()IIII idl~dll
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Aloo Id Spd i 11111Fthl(r sllcht1 t
- 1
DJlllpJiJnlck DJlllpfUllg Dichte llielckl rischl DielcklriliUilsknlls[lllte r+I
Difrcrenlial Dislltlll
Diergcll Oral Urehimpuls Dreh mOlllent
Drellllllg Durchschllitt Dislalll Diclgell D)Illtlmik
eDck[ic Spanllllng EJfcklivert Eicilung EigcllScllvingung Eillheil Elast iz i [ii IskoefJi ziell t Ela~t ii Iii 1~l11odlJl
elckt riscil elcklrischc KapaiUil elektrischc Vcrschiebung elek I rOlllagllel ische Ellergi c Elllltalpic
crllullgclle SCJlingullg
D vapor pressurmiddot attclluation dcnsity dielectric pcrmiltivit) diiTerellliti disllll CC divergence ]ngular momentulll momen[ or force torque straill average diS1JIlCe di crgellcc dYIl]mics
E fIllS-vol [age rool-lllelll-sqU]re middot~llllC ciilibratioll mode 1I1l i t comrliance modulus of CIlSli -ily electric clttpaci IJIICC electric displacemenl ecctromagllet i c encrgy he]l COil tent cnlhalpv forced osci lialion
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F n Fakultit factoriul 11
F ederko I1SUlilte spring COllSUll1t 17ciller error Feld (eL mlgn ) field Feldkonstltll1tc permittivity O[y~CLlll l11 [Liehe area 11 lissigkei ( liquid fortpnanzlIl1g propdgalion
Freqllelv frequency
I
G gcd111pne ScI1llil1glll1 damped oscilllliol1 (iciIicrpllilkl frceing pJiilt
GegcnindllktlviUit Illlltll il1(lIcllllce il1l Cegelllllclgcrsillll counterclockwise (Am)
lnli-clockwise
gekoppclte rendel coupled pcndlll(l
Gendlligkeit preCISion accuracy
GcschlIinuigkeit velocity Gesetz law Gewicilt weight Gleichgewicht equi I i bri lim
Gleichricll ter rectifier Gieichrichtllllg recli fication Gleichstrolll direct current dc Glcichul1g eCluJtion Grad Celsius ccntigradc graph ischc j)lrslell Ullg graph Glilefaktor quality factor
H Hlllptlchsen principal axes Hau ptt righei tSllloment principal moments of inertia a hoch n a raised to the pJwer n Hysterese hysteresis
ide~les Gas perfect gas lmpuls (elcktr) pulse Impuls (meeh) momentum
lndukliviWl inducla nce innere Energie internal energy lnterreren interference Interfcrellls rei fen fringes I~olltor iS01alor
K Keil wedge Ke(le chain kinctische Energie kineti c energy Kolbcn piston KompressionsIllodul bulk modulus Kondensator eapaeitator
condensor KonsUlJ1te constant Koordi Iwtensystel1l frame of reference Kran force Kriinepwr couplc Krlftlil1iel1 lincs of force Kreisel top Kreisfrequcnl pul SJ tll1CC Kr(imlnullg curvature Kugel sphcre Kurve curve
-1 shy Ladung Leistung Leitflt1higkeil Lilthtgeschwindigkeil illl Vakuulll Logarit1l11us Logarilhmus (natClrlichcr) iongiludinalc Welle
magnelischc Fcldkonsla nlc magneliseher Flu) Magnclisierung Magnclspulc Mcssung
Nenncr NctJrequ811 L
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Quadratwupel
L charge powcr conduCliil) speed of lighl ill vacuo logltlrilhlll natucallogarilhm longi ltldinal wave
M perllleltlbilily of frcc space magnclic flux magnclizltltion solenoid measurcmenl
N dcnominator linc frequency
o harmonics
p pernleltlbilit) phase velocit) physicist potcntiltll difTercnce potential energy sample powdcr
Q sqUltlre rQo t
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Sch~i1Ishy
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Schllhmodlll Schllhspanllllllg SchcrsplI111 ung ScJmcbulI gclI sc hwc rc Masse Schwcrpu nkt selmi llll11clld unbcsl iml11l Sclmlll gllng
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R whecl boundary co ndi lio n cubic eplI1sion reduced Illa ss reflection reflecl ivi lv fricti on range di rcc lioll loroid rod curl rotalio)1ltl1
-
ltlcollslic iIIIpc 11 cW 11 ce peak vol tage shear strZlin screw heli x sheClf modulus shear slress beals gravitationiI lIla ~s
cenLer of graVity
floating vibration oscillation illductltlllcc pcrpelldicuJJ r boilig point sine sCZllar slil strcss voltage tension
-I shy
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Stofl impa ct SI ralll bealll
ru y Slrilhl ul1 g rudi lti oll SI rlllillngse ll ergic radi Dn energy Stro]l currcnt
T Tc ilchcll particle Iriigc l fa ssc inertial mass Triig1cit inerti1 I r ~g hci ISillo mcllt lIIome1l 1 nf illcnil Tral1 ~rolllalo r trnn sfon ncr
U iIII LJllreigcrsi nil clockwise lmdrel1ungcn pro mill rpm
V ck lor vecto( Vcrdampfullg vlpori ltl tion Verhiillnis rati o Vcrlust loss Ve rsc hicbull g d i sp IJ cc 111 e11 1 Ve rsUirker amplifier Vers Uirkun g -sfaklor gain Versuch trial Verlc rrtlng strain Verogcrull p dela y
retardati on Viskos iUil viscosity
W Vvi rIllC heal Wiirmcklti pali Ui I heat cap)city Wcchse isl mill altcrn illing Cllrrenl ac Wcc hsc Iwi rk tlllg interaction Wcg path Wcllcnfllilklion wavc funktion Wcllcngki cllllng wave equation We llcl1 widerstilnd characteristic impccL1nce Wc rt value Widersla nJ res istance spc-ifl sc ll cr Widcrsta nd resisti vi ty Windung turn Winkel angle Vi ilkclbcsch lellni g11n g angular acce leration Winkelgescllwindigkeit angulm frequency
angulnr vclocity Wirlx1 vortex Wirbelslrol11 eddy current WClrfel cube Wurlcl root
Z Zc llnerlog1 ri t hill li S COllll1l0n IOgllrilll1n Zeit time ze n I ri ru ga I cen trifugal Zcrfa ll decay ZUll alli lle incrensc Zurdl chance Zu g traction Zusa I1lJllcn sof collision Zusa III illC 1 t rc[fcn coinccdencc ZlI stwd state Ztlstltllldsgie iciJlIll g equation of s tate Zusla ndsS llllll1l e partition [lIllktion Z weicrlogl ri I h IiIti S binary logarithm Zkill s cycle
Abbild Ablcnkung Ablcitung AbnahlllC Abst~nd
Abstoi3ungskrafl Abwcichung Achsell Anzichungskraft Arbcit Ausbrcitullg alilleres Fcld Austri [Ls] roci [
Ballll Balllldrchi mpuls Balken Beispiel Belaslung (eiller Sp~nlungsql1clle) Bcob]ch[ung Belrag Betrag BeschlclJJligu ng Beugung Beugullgsgilter Bewegung Bild Blindwiderst~llld
Breci1ullg Srechullgsi ndo Brechzabl Bruchteil
lIllage deflection deri va Iiye decrease distance repulsive forc e deviation Jxis axes altraclive force work propagation eXlcTllol field work [unction
B orbil orbital angulJ r beam example load observation m]gnitude modulus ]cceleralion diffraclion diffrJcLion graling motion unage reactance refraction rc[r]clive indc~
fraclion
l)1~cr r~1 t1Hh l ll (1lllllilcil
Ibodullth) ROUlII tmntl Ci tc llS
uolllth r-duo
Vam Illr rusu cinOllabsiJ llhdIOl) rchlI lItuockt habl dUU l nIu1ia1 UIII dod cu(tch init illon rot cn ode ~dhct1 Tc ltllarkcr odr111l11 CIllIII~)IU~-l lIi IL1
h tU rcd cl hailer Nil luit aJlL11l
f1lCIi tIO dCJ SI Ii ric liB 00-1 IJJ
WCI1Il ill r k 1 lend 1I1It ill11
Fcllkm lIIarkicr1 his ZlIlll ZR I O ~026 ~lfilckgcb( ulUl kc n Fducr Ohll~dlOl habL h)ht illr QIII~ ChHlo11 UI ciller VCloSIIIIg
ldJllfldlll lllltl ltl ~()IIII idl~dll
wahlwclsc 1 I )llplo S wO cinol TJg Iroes L1 middotBU 1Il fahrcfI illl (jcslI nIIlCI7 ci tlt I vv 8ClIillflCII
Aloo Id Spd i 11111Fthl(r sllcht1 t
- 1
DJlllpJiJnlck DJlllpfUllg Dichte llielckl rischl DielcklriliUilsknlls[lllte r+I
Difrcrenlial Dislltlll
Diergcll Oral Urehimpuls Dreh mOlllent
Drellllllg Durchschllitt Dislalll Diclgell D)Illtlmik
eDck[ic Spanllllng EJfcklivert Eicilung EigcllScllvingung Eillheil Elast iz i [ii IskoefJi ziell t Ela~t ii Iii 1~l11odlJl
elckt riscil elcklrischc KapaiUil elektrischc Vcrschiebung elek I rOlllagllel ische Ellergi c Elllltalpic
crllullgclle SCJlingullg
D vapor pressurmiddot attclluation dcnsity dielectric pcrmiltivit) diiTerellliti disllll CC divergence ]ngular momentulll momen[ or force torque straill average diS1JIlCe di crgellcc dYIl]mics
E fIllS-vol [age rool-lllelll-sqU]re middot~llllC ciilibratioll mode 1I1l i t comrliance modulus of CIlSli -ily electric clttpaci IJIICC electric displacemenl ecctromagllet i c encrgy he]l COil tent cnlhalpv forced osci lialion
_L
F n Fakultit factoriul 11
F ederko I1SUlilte spring COllSUll1t 17ciller error Feld (eL mlgn ) field Feldkonstltll1tc permittivity O[y~CLlll l11 [Liehe area 11 lissigkei ( liquid fortpnanzlIl1g propdgalion
Freqllelv frequency
I
G gcd111pne ScI1llil1glll1 damped oscilllliol1 (iciIicrpllilkl frceing pJiilt
GegcnindllktlviUit Illlltll il1(lIcllllce il1l Cegelllllclgcrsillll counterclockwise (Am)
lnli-clockwise
gekoppclte rendel coupled pcndlll(l
Gendlligkeit preCISion accuracy
GcschlIinuigkeit velocity Gesetz law Gewicilt weight Gleichgewicht equi I i bri lim
Gleichricll ter rectifier Gieichrichtllllg recli fication Gleichstrolll direct current dc Glcichul1g eCluJtion Grad Celsius ccntigradc graph ischc j)lrslell Ullg graph Glilefaktor quality factor
H Hlllptlchsen principal axes Hau ptt righei tSllloment principal moments of inertia a hoch n a raised to the pJwer n Hysterese hysteresis
ide~les Gas perfect gas lmpuls (elcktr) pulse Impuls (meeh) momentum
lndukliviWl inducla nce innere Energie internal energy lnterreren interference Interfcrellls rei fen fringes I~olltor iS01alor
K Keil wedge Ke(le chain kinctische Energie kineti c energy Kolbcn piston KompressionsIllodul bulk modulus Kondensator eapaeitator
condensor KonsUlJ1te constant Koordi Iwtensystel1l frame of reference Kran force Kriinepwr couplc Krlftlil1iel1 lincs of force Kreisel top Kreisfrequcnl pul SJ tll1CC Kr(imlnullg curvature Kugel sphcre Kurve curve
-1 shy Ladung Leistung Leitflt1higkeil Lilthtgeschwindigkeil illl Vakuulll Logarit1l11us Logarilhmus (natClrlichcr) iongiludinalc Welle
magnelischc Fcldkonsla nlc magneliseher Flu) Magnclisierung Magnclspulc Mcssung
Nenncr NctJrequ811 L
Obcrwellcll
Pcrmcltlbililjl Phltlscngcschwi ndigkei 1
Physiker POlcnlialdi [ferell potentiellc Encrgie ProlY Pulver
Quadratwupel
L charge powcr conduCliil) speed of lighl ill vacuo logltlrilhlll natucallogarilhm longi ltldinal wave
M perllleltlbilily of frcc space magnclic flux magnclizltltion solenoid measurcmenl
N dcnominator linc frequency
o harmonics
p pernleltlbilit) phase velocit) physicist potcntiltll difTercnce potential energy sample powdcr
Q sqUltlre rQo t
[Zau Ra l1uocuill gllng RJumausdchllllllgsshyreduzierle MlSSC Hcneioll IZcn e iOllSI Cf lll OgCIl [(e iOullg l(ciclmcilC Hichlllllg lZi IlgSplIic RlIlldsuo l(olaliol1 RolaliOIlSshy
Sch~i1Ishy
Schci l1vidcls land SchcilclspannLll1 g Scherun g Schrallbe
Schllhmodlll Schllhspanllllllg SchcrsplI111 ung ScJmcbulI gclI sc hwc rc Masse Schwcrpu nkt selmi llll11clld unbcsl iml11l Sclmlll gllng
ScIbSl indliK lion scnkieclll JOlrccill Sicdcpunkt Sinus skJIlr Spalt SPlllIIUllg (lllccll) Spannllng (eleklrischc)
R whecl boundary co ndi lio n cubic eplI1sion reduced Illa ss reflection reflecl ivi lv fricti on range di rcc lioll loroid rod curl rotalio)1ltl1
-
ltlcollslic iIIIpc 11 cW 11 ce peak vol tage shear strZlin screw heli x sheClf modulus shear slress beals gravitationiI lIla ~s
cenLer of graVity
floating vibration oscillation illductltlllcc pcrpelldicuJJ r boilig point sine sCZllar slil strcss voltage tension
-I shy
SP 111 III I1 g~1brlI I voltage Jrop Spil-c (eille r Klirve) pclk Splile co il Slabll1agllel bar ma gnct sla rrcr Karpel ri gid bod) sicilclldc ~ I iL S(1J1 (iin g wtye Sicigllng slo~
Stofl impa ct SI ralll bealll
ru y Slrilhl ul1 g rudi lti oll SI rlllillngse ll ergic radi Dn energy Stro]l currcnt
T Tc ilchcll particle Iriigc l fa ssc inertial mass Triig1cit inerti1 I r ~g hci ISillo mcllt lIIome1l 1 nf illcnil Tral1 ~rolllalo r trnn sfon ncr
U iIII LJllreigcrsi nil clockwise lmdrel1ungcn pro mill rpm
V ck lor vecto( Vcrdampfullg vlpori ltl tion Verhiillnis rati o Vcrlust loss Ve rsc hicbull g d i sp IJ cc 111 e11 1 Ve rsUirker amplifier Vers Uirkun g -sfaklor gain Versuch trial Verlc rrtlng strain Verogcrull p dela y
retardati on Viskos iUil viscosity
W Vvi rIllC heal Wiirmcklti pali Ui I heat cap)city Wcchse isl mill altcrn illing Cllrrenl ac Wcc hsc Iwi rk tlllg interaction Wcg path Wcllcnfllilklion wavc funktion Wcllcngki cllllng wave equation We llcl1 widerstilnd characteristic impccL1nce Wc rt value Widersla nJ res istance spc-ifl sc ll cr Widcrsta nd resisti vi ty Windung turn Winkel angle Vi ilkclbcsch lellni g11n g angular acce leration Winkelgescllwindigkeit angulm frequency
angulnr vclocity Wirlx1 vortex Wirbelslrol11 eddy current WClrfel cube Wurlcl root
Z Zc llnerlog1 ri t hill li S COllll1l0n IOgllrilll1n Zeit time ze n I ri ru ga I cen trifugal Zcrfa ll decay ZUll alli lle incrensc Zurdl chance Zu g traction Zusa I1lJllcn sof collision Zusa III illC 1 t rc[fcn coinccdencc ZlI stwd state Ztlstltllldsgie iciJlIll g equation of s tate Zusla ndsS llllll1l e partition [lIllktion Z weicrlogl ri I h IiIti S binary logarithm Zkill s cycle
_L
F n Fakultit factoriul 11
F ederko I1SUlilte spring COllSUll1t 17ciller error Feld (eL mlgn ) field Feldkonstltll1tc permittivity O[y~CLlll l11 [Liehe area 11 lissigkei ( liquid fortpnanzlIl1g propdgalion
Freqllelv frequency
I
G gcd111pne ScI1llil1glll1 damped oscilllliol1 (iciIicrpllilkl frceing pJiilt
GegcnindllktlviUit Illlltll il1(lIcllllce il1l Cegelllllclgcrsillll counterclockwise (Am)
lnli-clockwise
gekoppclte rendel coupled pcndlll(l
Gendlligkeit preCISion accuracy
GcschlIinuigkeit velocity Gesetz law Gewicilt weight Gleichgewicht equi I i bri lim
Gleichricll ter rectifier Gieichrichtllllg recli fication Gleichstrolll direct current dc Glcichul1g eCluJtion Grad Celsius ccntigradc graph ischc j)lrslell Ullg graph Glilefaktor quality factor
H Hlllptlchsen principal axes Hau ptt righei tSllloment principal moments of inertia a hoch n a raised to the pJwer n Hysterese hysteresis
ide~les Gas perfect gas lmpuls (elcktr) pulse Impuls (meeh) momentum
lndukliviWl inducla nce innere Energie internal energy lnterreren interference Interfcrellls rei fen fringes I~olltor iS01alor
K Keil wedge Ke(le chain kinctische Energie kineti c energy Kolbcn piston KompressionsIllodul bulk modulus Kondensator eapaeitator
condensor KonsUlJ1te constant Koordi Iwtensystel1l frame of reference Kran force Kriinepwr couplc Krlftlil1iel1 lincs of force Kreisel top Kreisfrequcnl pul SJ tll1CC Kr(imlnullg curvature Kugel sphcre Kurve curve
-1 shy Ladung Leistung Leitflt1higkeil Lilthtgeschwindigkeil illl Vakuulll Logarit1l11us Logarilhmus (natClrlichcr) iongiludinalc Welle
magnelischc Fcldkonsla nlc magneliseher Flu) Magnclisierung Magnclspulc Mcssung
Nenncr NctJrequ811 L
Obcrwellcll
Pcrmcltlbililjl Phltlscngcschwi ndigkei 1
Physiker POlcnlialdi [ferell potentiellc Encrgie ProlY Pulver
Quadratwupel
L charge powcr conduCliil) speed of lighl ill vacuo logltlrilhlll natucallogarilhm longi ltldinal wave
M perllleltlbilily of frcc space magnclic flux magnclizltltion solenoid measurcmenl
N dcnominator linc frequency
o harmonics
p pernleltlbilit) phase velocit) physicist potcntiltll difTercnce potential energy sample powdcr
Q sqUltlre rQo t
[Zau Ra l1uocuill gllng RJumausdchllllllgsshyreduzierle MlSSC Hcneioll IZcn e iOllSI Cf lll OgCIl [(e iOullg l(ciclmcilC Hichlllllg lZi IlgSplIic RlIlldsuo l(olaliol1 RolaliOIlSshy
Sch~i1Ishy
Schci l1vidcls land SchcilclspannLll1 g Scherun g Schrallbe
Schllhmodlll Schllhspanllllllg SchcrsplI111 ung ScJmcbulI gclI sc hwc rc Masse Schwcrpu nkt selmi llll11clld unbcsl iml11l Sclmlll gllng
ScIbSl indliK lion scnkieclll JOlrccill Sicdcpunkt Sinus skJIlr Spalt SPlllIIUllg (lllccll) Spannllng (eleklrischc)
R whecl boundary co ndi lio n cubic eplI1sion reduced Illa ss reflection reflecl ivi lv fricti on range di rcc lioll loroid rod curl rotalio)1ltl1
-
ltlcollslic iIIIpc 11 cW 11 ce peak vol tage shear strZlin screw heli x sheClf modulus shear slress beals gravitationiI lIla ~s
cenLer of graVity
floating vibration oscillation illductltlllcc pcrpelldicuJJ r boilig point sine sCZllar slil strcss voltage tension
-I shy
SP 111 III I1 g~1brlI I voltage Jrop Spil-c (eille r Klirve) pclk Splile co il Slabll1agllel bar ma gnct sla rrcr Karpel ri gid bod) sicilclldc ~ I iL S(1J1 (iin g wtye Sicigllng slo~
Stofl impa ct SI ralll bealll
ru y Slrilhl ul1 g rudi lti oll SI rlllillngse ll ergic radi Dn energy Stro]l currcnt
T Tc ilchcll particle Iriigc l fa ssc inertial mass Triig1cit inerti1 I r ~g hci ISillo mcllt lIIome1l 1 nf illcnil Tral1 ~rolllalo r trnn sfon ncr
U iIII LJllreigcrsi nil clockwise lmdrel1ungcn pro mill rpm
V ck lor vecto( Vcrdampfullg vlpori ltl tion Verhiillnis rati o Vcrlust loss Ve rsc hicbull g d i sp IJ cc 111 e11 1 Ve rsUirker amplifier Vers Uirkun g -sfaklor gain Versuch trial Verlc rrtlng strain Verogcrull p dela y
retardati on Viskos iUil viscosity
W Vvi rIllC heal Wiirmcklti pali Ui I heat cap)city Wcchse isl mill altcrn illing Cllrrenl ac Wcc hsc Iwi rk tlllg interaction Wcg path Wcllcnfllilklion wavc funktion Wcllcngki cllllng wave equation We llcl1 widerstilnd characteristic impccL1nce Wc rt value Widersla nJ res istance spc-ifl sc ll cr Widcrsta nd resisti vi ty Windung turn Winkel angle Vi ilkclbcsch lellni g11n g angular acce leration Winkelgescllwindigkeit angulm frequency
angulnr vclocity Wirlx1 vortex Wirbelslrol11 eddy current WClrfel cube Wurlcl root
Z Zc llnerlog1 ri t hill li S COllll1l0n IOgllrilll1n Zeit time ze n I ri ru ga I cen trifugal Zcrfa ll decay ZUll alli lle incrensc Zurdl chance Zu g traction Zusa I1lJllcn sof collision Zusa III illC 1 t rc[fcn coinccdencc ZlI stwd state Ztlstltllldsgie iciJlIll g equation of s tate Zusla ndsS llllll1l e partition [lIllktion Z weicrlogl ri I h IiIti S binary logarithm Zkill s cycle
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R whecl boundary co ndi lio n cubic eplI1sion reduced Illa ss reflection reflecl ivi lv fricti on range di rcc lioll loroid rod curl rotalio)1ltl1
-
ltlcollslic iIIIpc 11 cW 11 ce peak vol tage shear strZlin screw heli x sheClf modulus shear slress beals gravitationiI lIla ~s
cenLer of graVity
floating vibration oscillation illductltlllcc pcrpelldicuJJ r boilig point sine sCZllar slil strcss voltage tension
-I shy
SP 111 III I1 g~1brlI I voltage Jrop Spil-c (eille r Klirve) pclk Splile co il Slabll1agllel bar ma gnct sla rrcr Karpel ri gid bod) sicilclldc ~ I iL S(1J1 (iin g wtye Sicigllng slo~
Stofl impa ct SI ralll bealll
ru y Slrilhl ul1 g rudi lti oll SI rlllillngse ll ergic radi Dn energy Stro]l currcnt
T Tc ilchcll particle Iriigc l fa ssc inertial mass Triig1cit inerti1 I r ~g hci ISillo mcllt lIIome1l 1 nf illcnil Tral1 ~rolllalo r trnn sfon ncr
U iIII LJllreigcrsi nil clockwise lmdrel1ungcn pro mill rpm
V ck lor vecto( Vcrdampfullg vlpori ltl tion Verhiillnis rati o Vcrlust loss Ve rsc hicbull g d i sp IJ cc 111 e11 1 Ve rsUirker amplifier Vers Uirkun g -sfaklor gain Versuch trial Verlc rrtlng strain Verogcrull p dela y
retardati on Viskos iUil viscosity
W Vvi rIllC heal Wiirmcklti pali Ui I heat cap)city Wcchse isl mill altcrn illing Cllrrenl ac Wcc hsc Iwi rk tlllg interaction Wcg path Wcllcnfllilklion wavc funktion Wcllcngki cllllng wave equation We llcl1 widerstilnd characteristic impccL1nce Wc rt value Widersla nJ res istance spc-ifl sc ll cr Widcrsta nd resisti vi ty Windung turn Winkel angle Vi ilkclbcsch lellni g11n g angular acce leration Winkelgescllwindigkeit angulm frequency
angulnr vclocity Wirlx1 vortex Wirbelslrol11 eddy current WClrfel cube Wurlcl root
Z Zc llnerlog1 ri t hill li S COllll1l0n IOgllrilll1n Zeit time ze n I ri ru ga I cen trifugal Zcrfa ll decay ZUll alli lle incrensc Zurdl chance Zu g traction Zusa I1lJllcn sof collision Zusa III illC 1 t rc[fcn coinccdencc ZlI stwd state Ztlstltllldsgie iciJlIll g equation of s tate Zusla ndsS llllll1l e partition [lIllktion Z weicrlogl ri I h IiIti S binary logarithm Zkill s cycle
-I shy
SP 111 III I1 g~1brlI I voltage Jrop Spil-c (eille r Klirve) pclk Splile co il Slabll1agllel bar ma gnct sla rrcr Karpel ri gid bod) sicilclldc ~ I iL S(1J1 (iin g wtye Sicigllng slo~
Stofl impa ct SI ralll bealll
ru y Slrilhl ul1 g rudi lti oll SI rlllillngse ll ergic radi Dn energy Stro]l currcnt
T Tc ilchcll particle Iriigc l fa ssc inertial mass Triig1cit inerti1 I r ~g hci ISillo mcllt lIIome1l 1 nf illcnil Tral1 ~rolllalo r trnn sfon ncr
U iIII LJllreigcrsi nil clockwise lmdrel1ungcn pro mill rpm
V ck lor vecto( Vcrdampfullg vlpori ltl tion Verhiillnis rati o Vcrlust loss Ve rsc hicbull g d i sp IJ cc 111 e11 1 Ve rsUirker amplifier Vers Uirkun g -sfaklor gain Versuch trial Verlc rrtlng strain Verogcrull p dela y
retardati on Viskos iUil viscosity
W Vvi rIllC heal Wiirmcklti pali Ui I heat cap)city Wcchse isl mill altcrn illing Cllrrenl ac Wcc hsc Iwi rk tlllg interaction Wcg path Wcllcnfllilklion wavc funktion Wcllcngki cllllng wave equation We llcl1 widerstilnd characteristic impccL1nce Wc rt value Widersla nJ res istance spc-ifl sc ll cr Widcrsta nd resisti vi ty Windung turn Winkel angle Vi ilkclbcsch lellni g11n g angular acce leration Winkelgescllwindigkeit angulm frequency
angulnr vclocity Wirlx1 vortex Wirbelslrol11 eddy current WClrfel cube Wurlcl root
Z Zc llnerlog1 ri t hill li S COllll1l0n IOgllrilll1n Zeit time ze n I ri ru ga I cen trifugal Zcrfa ll decay ZUll alli lle incrensc Zurdl chance Zu g traction Zusa I1lJllcn sof collision Zusa III illC 1 t rc[fcn coinccdencc ZlI stwd state Ztlstltllldsgie iciJlIll g equation of s tate Zusla ndsS llllll1l e partition [lIllktion Z weicrlogl ri I h IiIti S binary logarithm Zkill s cycle