EXAM 2 REVIEW QUESTIONS

Exam 2 will cover Chapters 26.4 through 30 in the Pasachoff text and the corresponding Online Journey Through Astronomy material as shown in the course syllabus. The online text includes self quizzes which are excellent for review. Some more questions similar to the ones you can expect on the exam can be found here, for each chapter.

The exam will contain only multiple choice or matching questions, but the review also includes some fill-in-the-blank questions.

Chapter 26: Variables and Clusters (not Doubles)
Chapter 27: The Birth, Youth and Middle Age of Stars
Chapter28: The Aging and Death of Stars Like the Sun
Chapter29: Supernovae
Chapter 30: Pulsars and Neutron Stars


CONCEPTS COVERED

Chapter 26: Variables and Clusters

light curve, period, Mira variables, Cepheid variables, RR Lyrae variables, long-period variables, short-period variables, cluster variables, star clusters, open clusters, galactic clusters, globular clusters, Population I, Population II, Hertzprung gap, horizontal branches, cluster age, turn-off point

Chapter 27: The Birth, Youth and Middle Age of Stars

low-mass stars, high-mass stars, middle-mass stars, stellar evolution, evolutionary tracks, O and B associations, T Tauri Stars, T associations, Herbig-Haro (HH) objects, nuclear fusion, thermal pressure, nucleus, proton, neutron, ion, element, isotope, atomic number, mass number, radioactivity, beta decay, neutrino, proton-proton (PP) chain, carbin-nitrogen-oxygen (CNO) chain, triple alpha process, nucleosynthesis

Chapter 28: The Aging and Death of Stars Like the Sun

low-mass stars, red giants, gravitational collapse, helium flash, planetary nebula, central star, white dwarf, Chandrasekhar limit, electron degeneracy, black dwarf, nova, accretion, Type Ia supernova

Chapter 29: Supernovae

red supergiant, supernova, Type I supernova, Type II supernova, supernova remnant, nucleosynthesis of heavy elements, R process, S process, shell fusion, cosmic rays, neutrinos

Chapter 30: Pulsars and Neutron Stars

neutron stars, neutron degeneracy, pulsar, millisecond pulsar, binary pulsar, lighthouse model, gravity waves, accretion disk

 

Astronomy 162 Department of Physics University of Tennessee