mathhopf
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mathhopf got a reaction from gtg387y in Textbook Suggestions for Math Subject GRE
I was wondering: What textbooks have everyone found useful in prepping for the subject GRE? Are there any textbooks particularly helpful in prepping for the subject GRE and if so, which chapters of the texts should be gone through when prepping for the exam?
I was thinking of using Stewart to practice Calculus problems and possibly Rudin (or Pugh) for Analysis, but I am not sure which texts to use to prep for Linear Algebra, Number Theory, Abstract Algebra, Discrete Math, Geometry, Numerical Analysis, etc.
I will have 4 months to prep for the exam and a month and a half as well (but at that time I will be busy with grad courses).
I have taken upper div classes: Number Theory (withdrew, but took most of the class), Probability, Statistics, Ordinary Differential Equations, Real Analysis I at Berkeley, Abstract Algebra, Math for Physics/Engineers (mostly applied PDEs, a bit of complex analysis, and Fourier Analysis) and am currently taking Real Analysis II and Linear Algebra (second course).
I haven't taken Complex Analysis, Discrete Math, Geometry, Numerical Analysis, and Topology.
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mathhopf got a reaction from Hanyuye in Textbook Suggestions for Math Subject GRE
I was wondering: What textbooks have everyone found useful in prepping for the subject GRE? Are there any textbooks particularly helpful in prepping for the subject GRE and if so, which chapters of the texts should be gone through when prepping for the exam?
I was thinking of using Stewart to practice Calculus problems and possibly Rudin (or Pugh) for Analysis, but I am not sure which texts to use to prep for Linear Algebra, Number Theory, Abstract Algebra, Discrete Math, Geometry, Numerical Analysis, etc.
I will have 4 months to prep for the exam and a month and a half as well (but at that time I will be busy with grad courses).
I have taken upper div classes: Number Theory (withdrew, but took most of the class), Probability, Statistics, Ordinary Differential Equations, Real Analysis I at Berkeley, Abstract Algebra, Math for Physics/Engineers (mostly applied PDEs, a bit of complex analysis, and Fourier Analysis) and am currently taking Real Analysis II and Linear Algebra (second course).
I haven't taken Complex Analysis, Discrete Math, Geometry, Numerical Analysis, and Topology.