/linksets/cbde51e3-c6fe-4cc2-9ed2-6b52c31e2a59","type":"application/linkset"},{"href":"https://eldorado.tu-dortmund.de/signposting/linksets/cbde51e3-c6fe-4cc2-9ed2-6b52c31e2a59/json","type":"applicati [...] ibedby/cbde51e3-c6fe-4cc2-9ed2-6b52c31e2a59","type":"application/vnd.datacite.datacite+xml"}],"anchor":"https://eldorado.tu-dortmund.de/items/cbde51e3-c6fe-4cc2-9ed2-6b52c31e2a59","cite-as":[{"href":" [...] de/items/cbde51e3-c6fe-4cc2-9ed2-6b52c31e2a59","type":"text/html"}],"linkset":[{"href":"https://eldorado.tu-dortmund.de/signposting/linksets/cbde51e3-c6fe-4cc2-9ed2-6b52c31e2a59","type":"application/linkset"} …

Veränderung der Anzahl (ab 3 J.) Insgesamt 2,701,034 2,703,351 2,704,782 2,694,642 2,678,565 2,685,310 2,691,423 2,709,239 2,723,557 2,748,147 2,798,953 2,854,129 2,912,293 2,975,917 3,057,374 3,097,353 +356,340 [...] 1 23.3 +2.2 +2.5 +2.1 +2.4 +1.2 +3.5 ─ mehr als 35 Wochenstunden 403,290 121,375 54,991 39,183 25,831 15,820 146,090 58.0 55.9 54.2 41.3 67.9 61.3 67.1 +1.5 +0.2 +2.2 +2.7 +1.3 -0.6 ─ Insgesamt 695,048 [...] 4.7 100 19.4 4.4 2.9 4.2 1.8 1.1 5.0 ─ +0.7 -0.2 +0.1 +0.1 +0.2 +0.3 +0.3 Hessen 100 25.2 8.9 3.6 2.3 0.8 0.2 9.3 100 26.8 10.1 4.0 2.3 0.9 0.3 9.1 ─ +1.6 +1.2 +0.3 -0.0 +0.1 +0.1 -0.2 Rheinland-Pfalz 100 …

PHYSICS AND PHILOSOPHY

states of the subsystems S1 and S2 are W1 = 1 2 P [ ϕ(1) n ] + 1 2 P [ ϕ (1) −n ] = 1 2 1l1 , (22) W2 = 1 2 P [ ϕ(2) n ] + 1 2 P [ ϕ (2) −n ] = 1 2 1l2 , (23) where by P [ϕ] we denote the projection operator [...] S1 and S2 are in the mixed states W1 = 1 2 P [ ϕ(1) n ] + 1 2 P [ ϕ (1) −n ] , W2 = 1 2 P [ ϕ(2) n ] + 1 2 P [ ϕ (2) −n ] . (13) A Lüders measurement (cf. Appendix B) of A1(n) = σ1(n) ⊗ 1l2 transforms [...] value s2 ∈ {1,−1} of σ2(n) to the system S2 in the mixed state W2 such that this value s2 pertains to the system with probability p = 1 2 . This conclusion means that the observable A2(n) = 1l1 ⊗ σ2(n) is …

2_5_Studienverlaufsplan_BK_MA_2024

1 Studienabschnitt: 2.–3. Semester Benotete Modulprüfung: Klausur in Veranstaltung 1 1) Didaktik der Geometrie 2 SWS Vorlesung; 2 SWS Übung, (5 LP) im SoSe 2) Didaktik der Zahlen 2 SWS Seminar im WiSe [...] in Veranstaltung 2 Studienabschnitt: 1. und 3. Semester Benotete Modulprüfung: Klausur in Veranstaltung 2 1) Fachseminar 2 SWS Seminar verschiedene Veranstaltun- gen im WiSe und SoSe 2) Ausgewählte Kapitel [...] Modulprüfung: Mündliche Prüfung in Veranstal- tung 2 1) Mathematikdidaktische Ver- tiefung 2 SWS Seminar jeweils im WiSe und SoSe 2) Abschlusskurs BK 2 SWS Seminar Stand: August 2024 3 von 3 Modul TPM …

73 md=2 s=0,81 44,3% 1 43,2% 2 9,1% 3 2,3% 4 1,1% 5 0% 6 Rating of your personal learning progress in this course 3.2) very lowvery high n=88 mw=2,06 md=2 s=1,01 34,1% 1 37,5% 2 19,3% 3 6,8% 4 2,3% 5 0% [...] badvery good n=88 mw=1,75 md=2 s=0,78 43,2% 1 40,9% 2 13,6% 3 2,3% 4 0% 5 0% 6 Overall evaluation of the lecturer4.12) very badvery good n=88 mw=1,6 md=1 s=0,77 54,5% 1 33% 2 10,2% 3 2,3% 4 0% 5 0% 6 5. Evaluation [...] male 83,9% diverse 0% no answer 0% Phase of study2.2) n=88Bachelor 4,5% Master 93,2% other 2,3% Semester, study term2.3) n=881-2 80,7% 3-4 11,4% 5-6 6,8% 7-8 0% 9-10 0% more than 10 1,1% Field of study, type …

ting/describedby/2c0de810-5dd2-4003-af46-d9553375b4f3> ; rel="describedby" ; type="application/vnd.datacite.datacite+xml" ; anchor="https://eldorado.tu-dortmund.de/items/2c0de810-5dd2-4003-af46-d9553375b4f3" [...] tu-dortmund.de/items/2c0de810-5dd2-4003-af46-d9553375b4f3" , <https://creativecommons.org/licenses/by/4.0/> ; rel="license" ; anchor="https://eldorado.tu-dortmund.de/items/2c0de810-5dd2-4003-af46-d9553375b4f3" [...] tu-dortmund.de/signposting/linksets/2c0de810-5dd2-4003-af46-d9553375b4f3> ; rel="linkset" ; type="application/linkset" ; anchor="https://eldorado.tu-dortmund.de/items/2c0de810-5dd2-4003-af46-d9553375b4f3" , < …

28f5cc-f36e-4479-b582-2d2e81dd9861> ; rel="describedby" ; type="application/vnd.datacite.datacite+xml" ; anchor="https://eldorado.tu-dortmund.de/items/7028f5cc-f36e-4479-b582-2d2e81dd9861" , <http://hdl [...] 028f5cc-f36e-4479-b582-2d2e81dd9861" , <https://creativecommons.org/licenses/by/4.0/> ; rel="license" ; anchor="https://eldorado.tu-dortmund.de/items/7028f5cc-f36e-4479-b582-2d2e81dd9861" , <https://eldorado [...] linksets/7028f5cc-f36e-4479-b582-2d2e81dd9861> ; rel="linkset" ; type="application/linkset" ; anchor="https://eldorado.tu-dortmund.de/items/7028f5cc-f36e-4479-b582-2d2e81dd9861" , <https://eldorado.tu-dortmund …

g/describedby/2e609475-3fc3-48e2-b6ff-23b12578cbb6> ; rel="describedby" ; type="application/vnd.datacite.datacite+xml" ; anchor="https://eldorado.tu-dortmund.de/items/2e609475-3fc3-48e2-b6ff-23b12578cbb6" [...] tu-dortmund.de/items/2e609475-3fc3-48e2-b6ff-23b12578cbb6" , <https://creativecommons.org/licenses/by/4.0/> ; rel="license" ; anchor="https://eldorado.tu-dortmund.de/items/2e609475-3fc3-48e2-b6ff-23b12578cbb6" [...] .de/signposting/linksets/2e609475-3fc3-48e2-b6ff-23b12578cbb6> ; rel="linkset" ; type="application/linkset" ; anchor="https://eldorado.tu-dortmund.de/items/2e609475-3fc3-48e2-b6ff-23b12578cbb6" , <htt …

n(3*tan(x^2+y)),x=-2..2,y=- 2..2,grid=[50,50],axes=boxed,orientation=[120,20],title=`arcta n(3*tan(x^2+y))`); mb:=[(2+s*cos(theta/2))*cos(theta),(2+s*cos(theta/2))*sin (theta),s*sin(theta/2)]: plot3d(mb [...] thickness=2); animate([u*t,t,t=1..8*Pi],u=1..4,coords=polar,frames=100, numpoints=200); s:=t->100/(100+(t-Pi/2)^8): r:=t->s(t)*(2-sin(7*t)- cos(30*t)/2): animate([u*r(t)/2,t,t=-Pi/2..3/2*Pi],u=1..2,numpoints=200 [...] )))),x=-Pi..Pi,color=green, thickness=6); implicitplot((x^2)/9+(y^2)/4=1,x=-3..3,y=-2..2, thickness=2,color=brown); 2.3. Funktionen in drei Dimensionen. f:=(x,y)->exp(x)*cos(y); plot3d(f(x,y),x=-4..4,y=4 …

∂θ = (e−θ2x − e−θ3x,−θ1xe −θ2x, θ1xe −θ3x)T , ∂2η(x, θ) ∂θ2 1 = 0, ∂2η(x, θ) ∂θ1∂θ2 = −xe−θ2x, ∂ 2η(x, θ) ∂θ1∂θ3 = xe−θ3x, ∂2η(x, θ) ∂θ2∂θ1 = −xe−θ2x, ∂ 2η(x, θ) ∂θ2 2 = θ1x 2e−θ2x, ∂2η(x, θ) ∂θ2∂θ3 = 0 [...] θ) ∂θ1∂θ2 = −xe−θ2x, ∂ 2η(x, θ) ∂θ2 1 = 0, ∂2η(x, θ) ∂θ2 2 = θ1x 2e−θ2x, (5.3.4) und damit f̃1(x, θ) = 1 σ̃(x, θ) (e−θ2x,−θ1xe −θ2x)T (5.3.5) f̃2(x, θ) = √ 2 σ̃2(x, θ) 2∑ m=1 ( ∂2η(x, θ) ∂θm∂θ ∂η(x, θ) [...] ∂2η(x, θ) ∂θ3∂θ1 = xe−θ3x, ∂2η(x, θ) ∂θ3∂θ2 = 0, ∂2η(x, θ) ∂θ2 3 = −θ1x 2e−θ3x, und damit f̃1(x, θ) = 1 σ̃(x, θ) (e−θ2x − e−θ2x,−θ1xe −θ2x, θ1xe −θ3x)T (5.3.8) f̃2(x, θ) = √ 2 σ̃2(x, θ) 3∑ m=1 ( ∂2η(x …