Exam 3: Matrices

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Determine if the given linear transformation Determine if the given linear transformation     is invertible, and if so, find      .   is invertible, and if so, find Determine if the given linear transformation     is invertible, and if so, find      .   . Determine if the given linear transformation     is invertible, and if so, find      .

(Short Answer)
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Let Let      , and find     and     where   , and find Let      , and find     and     where   and Let      , and find     and     where   where Let      , and find     and     where

(Essay)
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Use the matrix Use the matrix    to find the solutions to the linear system   to find the solutions to the linear system Use the matrix    to find the solutions to the linear system

(Essay)
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Evaluate AAT-ATA, where Evaluate AA<sup>T</sup>-A<sup>T</sup>A, where

(Essay)
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Find the state vector Find the state vector     for the given stochastic matrix and initial state vector.   for the given stochastic matrix and initial state vector. Find the state vector     for the given stochastic matrix and initial state vector.

(Essay)
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Determine if the given matrix is regular. Determine if the given matrix is regular.

(Short Answer)
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If If     and     are     symmetric matrices, then AB is an     symmetric matrix. and If     and     are     symmetric matrices, then AB is an     symmetric matrix. are If     and     are     symmetric matrices, then AB is an     symmetric matrix. symmetric matrices, then AB is an If     and     are     symmetric matrices, then AB is an     symmetric matrix. symmetric matrix.

(True/False)
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Let Let     and find     and     where   and find Let     and find     and     where   and Let     and find     and     where   where Let     and find     and     where

(Essay)
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Find all steady-state vectors for the given stochastic matrix. Find all steady-state vectors for the given stochastic matrix.

(Essay)
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Evaluate Evaluate     where     is a positive integer, and   where Evaluate     where     is a positive integer, and   is a positive integer, and Evaluate     where     is a positive integer, and

(Essay)
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Suppose that Suppose that     for      . Sketch a graph of the image under     of the unit square in the first quadrant of R<sup>2</sup>. for Suppose that     for      . Sketch a graph of the image under     of the unit square in the first quadrant of R<sup>2</sup>. . Sketch a graph of the image under Suppose that     for      . Sketch a graph of the image under     of the unit square in the first quadrant of R<sup>2</sup>. of the unit square in the first quadrant of R2.

(Essay)
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If If     is a square matrix such that     has a solution for some particular vector      , then     is invertible. is a square matrix such that If     is a square matrix such that     has a solution for some particular vector      , then     is invertible. has a solution for some particular vector If     is a square matrix such that     has a solution for some particular vector      , then     is invertible. , then If     is a square matrix such that     has a solution for some particular vector      , then     is invertible. is invertible.

(True/False)
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Determine Determine     by evaluating     from the LDU factorization   by evaluating Determine     by evaluating     from the LDU factorization   from the LDU factorization Determine     by evaluating     from the LDU factorization

(Essay)
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If If     is a linear transformation, then     for all vectors     and      . is a linear transformation, then If     is a linear transformation, then     for all vectors     and      . for all vectors If     is a linear transformation, then     for all vectors     and      . and If     is a linear transformation, then     for all vectors     and      . .

(True/False)
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If If     and     are     symmetric matrices, then     is an     symmetric matrix. and If     and     are     symmetric matrices, then     is an     symmetric matrix. are If     and     are     symmetric matrices, then     is an     symmetric matrix. symmetric matrices, then If     and     are     symmetric matrices, then     is an     symmetric matrix. is an If     and     are     symmetric matrices, then     is an     symmetric matrix. symmetric matrix.

(True/False)
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Determine AB using block multiplication, where Determine AB using block multiplication, where

(Essay)
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Let Let     and     be the linear transformations given by     Find the matrix     such that      . and Let     and     be the linear transformations given by     Find the matrix     such that      . be the linear transformations given by Let     and     be the linear transformations given by     Find the matrix     such that      . Find the matrix Let     and     be the linear transformations given by     Find the matrix     such that      . such that Let     and     be the linear transformations given by     Find the matrix     such that      . .

(Essay)
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Let Let     and     be the linear transformations given by     Find the matrix     such that      , and the matrix     such that      . and Let     and     be the linear transformations given by     Find the matrix     such that      , and the matrix     such that      . be the linear transformations given by Let     and     be the linear transformations given by     Find the matrix     such that      , and the matrix     such that      . Find the matrix Let     and     be the linear transformations given by     Find the matrix     such that      , and the matrix     such that      . such that Let     and     be the linear transformations given by     Find the matrix     such that      , and the matrix     such that      . , and the matrix Let     and     be the linear transformations given by     Find the matrix     such that      , and the matrix     such that      . such that Let     and     be the linear transformations given by     Find the matrix     such that      , and the matrix     such that      . .

(Essay)
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Identify the matrix Identify the matrix     such that     where   such that Identify the matrix     such that     where   where Identify the matrix     such that     where

(Essay)
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If If     is any square matrix, then the matrix     is symmetric. is any square matrix, then the matrix If     is any square matrix, then the matrix     is symmetric. is symmetric.

(True/False)
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