Chapter 3: Q29E (page 143)
Find a basis of the subspace of defined by the equation
Short Answer
The basis of the subspace V of defined by the equation is .
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Chapter 3: Q29E (page 143)
Find a basis of the subspace of defined by the equation
The basis of the subspace V of defined by the equation is .
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Consider the plane . Find a basis of this plane such that .
Express the image of the matrix
as the kernel of a matrix. Hint: The image ofconsists of all vectorsinsuch that the systemis consistent. Write this system more explicitly:
localid="1664197199135" .
Now, reduce rows:
For which the vectors is this system consistent? The answer allows you to express im ( ) as the kernel of amatrix .
Given a hexagonal tiling of the plane,such as you might find on a kitchen floor, consider the basisBofconsisting of the vectorsin the following sketch:

(a) Find the coordinate vectorsand.Hint: Sketch the coordinate grid defined by the basis.
(b) We are told that. Sketch the pointR. IsRa vector or a center of a tile?
(c) We are told that. IsSa center or a vertex of a tile?
The column vectors of a 5脳4 matrix must be linearly dependent.
Find a basis of the image of the matrix .
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