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CLO 2: Apply different methods to solve the linear systems of the form Ax = b in physical problem such as solving electric circuits, making nutritious diet plan and also in solving vector differential equation of the form v/= Av and eigen-value problems Question No. 2: Part:d: Suppose that four vertices of the parallelogram are given by data matrix P using the homogenous coordinate system where [02 P 3 0 0 1.5 1 1.5 1 1 1 1 First translate P(parallelogram) by (3, 1) and then scale this translated parallelogram by the factor of 2. Write two 3*3 matrices for above transformations. Also write one 3*3 matrix for the composite transformation. Sketch the original and transformed parallelogram after the composite transformation.

CLO 2: Apply different methods to solve the linear systems of the form Ax = b in physical problem such as solving electric circuits, making nutritious diet plan and also in solving vector differential equation of the form v/= Av and eigen-value problems Question No. 2: Part:d: Suppose that four vertices of the parallelogram are given by data matrix P using the homogenous coordinate system where [02 P 3 0 0 1.5 1 1.5 1 1 1 1 First translate P(parallelogram) by (3, 1) and then scale this translated parallelogram by the factor of 2. Write two 3*3 matrices for above transformations. Also write one 3*3 matrix for the composite transformation. Sketch the original and transformed parallelogram after the composite transformation.

Linear Algebra: A Modern Introduction
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter5: Orthogonality
Section5.5: Applications
Problem 74EQ
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Linear Algebra

CLO 2: Apply different methods to solve the linear systems of the form Ax = b in physical problem such as solving electric circuits, making nutritious diet plan and also in solving vector differential equation of the form v = Av and eigen-value problems Question No. 2: Part:d: Suppose that four vertices of the parallelogram are given by data matrix P using the homogenous coordinate system where 3 [o 2 P = 0 0 li 1 1 1.5 1.5 1 1 First translate P(parallelogram) by (3, 1) and then scale this translated parallelogram by the factor of 2. Write two 3*3 matrices for above transformations. Also write one 3*3 matrix for the composite transformation. Sketch the original and transformed parallelogram after the composite transformation.
Transcribed Image Text:CLO 2: Apply different methods to solve the linear systems of the form Ax = b in physical problem such as solving electric circuits, making nutritious diet plan and also in solving vector differential equation of the form v = Av and eigen-value problems Question No. 2: Part:d: Suppose that four vertices of the parallelogram are given by data matrix P using the homogenous coordinate system where 3 [o 2 P = 0 0 li 1 1 1.5 1.5 1 1 First translate P(parallelogram) by (3, 1) and then scale this translated parallelogram by the factor of 2. Write two 3*3 matrices for above transformations. Also write one 3*3 matrix for the composite transformation. Sketch the original and transformed parallelogram after the composite transformation.
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