Exam 2 Guide for Mathematics 2210: Topics, Problems, and Scope - Prof. Gerald Leibowitz, Exams of Linear Algebra

An overview of the topics covered in professor leibowitz's mathematics 2210 exam 2, including sections from the textbook and exam problem types. Topics include matrix algebra, inverse matrices, determinants, and their properties. Students should focus on the specified sections and problem types for the exam.

Typology: Exams

Pre 2010

Uploaded on 02/25/2010

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Exam 2 Guide, Professor Leibowitz’s Mathematics 2210 classes
I. Scope of the examination.
The material in these sections in our textbook forms the basis of Exam 2:
1.9 The Matrix of a Linear Transformation
2.1 Matrix Algebra
2.2 Inverse of a Square Matrix
2.3 Characterizations of Invertibility for a Square Matrix
2.5 The LU Factorization
3.1 The Determinant of a Square Matrix
3.2 Properties of Determinants
II. Exam Problems
A. Calculations
Find the matrix of a given linear transformation from Rnto Rm.
Find the inverse of a matrix using row operations.
Find an A=LU factorization, then use it to solve a system of equations.
Calculate a determinant.
B. Theory
One to one, onto.
Solution of Ax=bwhen Ais invertible.
Apply the Invertible Matrix Theorem and its Chapter 3 extensions.
A number of True/False questions about the theory of matrices.
Properties of determinants.
These topics will will not be examined : Partitioned Matrices, Cramer’s Rule, Determinants
and Volume.
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Exam 2 Guide, Professor Leibowitz’s Mathematics 2210 classes

I. Scope of the examination. The material in these sections in our textbook forms the basis of Exam 2:

  • 1.9 The Matrix of a Linear Transformation
  • 2.1 Matrix Algebra
  • 2.2 Inverse of a Square Matrix
  • 2.3 Characterizations of Invertibility for a Square Matrix
  • 2.5 The LU Factorization
  • 3.1 The Determinant of a Square Matrix
  • 3.2 Properties of Determinants

II. Exam Problems A. Calculations

  • Find the matrix of a given linear transformation from Rn^ to Rm.
  • Find the inverse of a matrix using row operations.
  • Find an A = LU factorization, then use it to solve a system of equations.
  • Calculate a determinant.

B. Theory

  • One to one, onto.
  • Solution of Ax = b when A is invertible.
  • Apply the Invertible Matrix Theorem and its Chapter 3 extensions.
  • A number of True/False questions about the theory of matrices.
  • Properties of determinants.

These topics will will not be examined : Partitioned Matrices, Cramer’s Rule, Determinants and Volume.