LIGO-GW150914 (10 punti)
Theory A1-1 Italian (Italy) LIGO-GW150914 (10 punti) Parte A: Orbite (stazionarie) newtoniane (3.0 punti) A.1 (1.0 pt) n=
α= A.2 (1.0 pt) A(μ, , L) = A.3 (1.0 pt) β= Parte B: Introduzione della dissipazione relativistica (7.0 points) B.1 (1.0 pt) k=
a1 = a2 = a3 =
b1 = b2 = b3 =
c12 = c13 = c23 =
c21 = c22 = c23 =
c31 = c32 = c33 = B.2 (1.0 pt) ξ= B.3 (1.0 pt) Mc=
Theory A1-2 Italian (Italy) B.4 (2.0 pt) p= B.5 (1.0 pt) Mc B.6 (1.0 pt) Lcollision R⊙ Rmax vcol
Topic: Gravitation, Special Relativity, Newtonian Mechanics Metodi: Newton’s Law of Gravitation, Kepler’s Laws, Conservation of Energy, Dimensional Analysis, Approximation & Series Expansion Competenze: Mathematical Modeling, Physical Reasoning, Estimation & Approximation Objects: Black Hole Fonte: Testo (PDF) — p.1
LIGO-GW150914 (10 punti)
Theory A1-1 Italian (Italy) The following points shall be added: Part A: Newtonian (stationary) orbits (3.0 points) A.1 (1.0 pt) n=
α= A.2 (1.0 pt) A(μ, , L) = A.3 (1.0 pt) β= Part B: Introduction to the relativistic dissipation (7.0 points) B.1 (1.0 pt) k=
a1 = a2 = a3 =
b1 = b2 = b3 =
c12 = c13 = c23 =
c21 = c22 = c23 =
c31 = c32 = c33 = B.2 (1.0 pt) ξ= B.3 (1.0 pt) Mc=
Theory A1-2 Italian (Italy) B.4 (2.0 pt) p= B.5 (1.0 pt) Mc B.6 (1.0 pt) Lcollision R⊙ Rmax The Commission shall adopt a decision on the
Topic: Gravitation, Special Relativity, Newtonian Mechanics Metodi: Newton’s Law of Gravitation, Kepler’s Laws, Conservation of Energy, Dimensional Analysis, Approximation & Series Expansion Competenze: Mathematical Modeling, Physical Reasoning, Estimation & Approximation Objects: Black Hole Fonte: Testo (PDF) — p.1