'Stable orbit' diaporamas de présentation

Nuclear Physics

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General Relativity Physics Honours 2009

General Relativity Physics Honours 2009. Prof. Geraint F. Lewis Rm 560, A29 gfl@physics.usyd.edu.au Lecture Notes 4. Gravitational Lensing.

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Neutron Stars, Supernova & Phases of Dense Quark Matter

Neutron Stars, Supernova & Phases of Dense Quark Matter . Seeking observable signatures for dense quark matter in astrophysics Sanjay Reddy Theoretical Division, LANL. Observables: (sensitive to the high density physics). Mass and Radius Supernova Neutrinos Surface Temperature and Age

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Planetary model of atom

Planetary model of atom. electrons. Positive charge is concentrated in the center of the atom ( nucleus) Atom has zero net charge: Positive charge in nucleus cancels negative electron charges. Electrons orbit the nucleus like planets orbit the sun

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8-6 Natural Logarithms

8-6 Natural Logarithms. Objectives. Natural Logarithms Natural Logarithmic & Exponential Equations. Vocabulary. y = e x and y = ln x are inverses So, e and ln are inverse operations. Ex. ln x = 4 e x = 12 e lnx = e 4 ln (e x ) = ln 12

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