Consider the transformation T: x=12/37u − 35/37v, y=35/37u + 12/37v The transformation is linear, which implies that it transforms lines into lines. Thus, it transforms the square S:−37≤u≤37,−37≤v≤37 into a square T(S) with vertices: T(37, 37) = ( _ , _ ) T(-37, 37) = ( _ , _ ) T(37, -37) = ( _ , _ ) T(-37, -37) = ( _ , _ )
Consider the transformation T: x=12/37u − 35/37v, y=35/37u + 12/37v The transformation is linear, which implies that it transforms lines into lines. Thus, it transforms the square S:−37≤u≤37,−37≤v≤37 into a square T(S) with vertices: T(37, 37) = ( _ , _ ) T(-37, 37) = ( _ , _ ) T(37, -37) = ( _ , _ ) T(-37, -37) = ( _ , _ )
Elementary Linear Algebra (MindTap Course List)
8th Edition
ISBN:9781305658004
Author:Ron Larson
Publisher:Ron Larson
Chapter7: Eigenvalues And Eigenvectors
Section7.CM: Cumulative Review
Problem 3CM: Let T:RnRm be the linear transformation defined by T(v)=Av, where A=[30100302]. Find the dimensions...
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Consider the transformation T: x=12/37u − 35/37v, y=35/37u + 12/37v
The transformation is linear, which implies that it transforms lines into lines. Thus, it transforms the square S:−37≤u≤37,−37≤v≤37 into a square T(S) with vertices:
T(37, 37) = ( _ , _ )
T(-37, 37) = ( _ , _ )
T(37, -37) = ( _ , _ )
T(-37, -37) = ( _ , _ )
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