Chapter 3: Q30E (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 equationis.
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Chapter 3: Q30E (page 143)
Find a basis of the subspace of defined by the equation
.
The basis of the subspace V of defined by the equationis.
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An n 脳 n matrix A is called nilpotent iffor some positive integer m. Examples are triangular matrices whose entries on the diagonal are all 0. Consider a nilpotent n 脳 n matrix A, and choose the smallest number 鈥榤鈥 such that . Pick a vector in such that . Show that the vectorsare linearly independent.
Hint: Consider a relation . Multiply both sides of the equation with to show . Next, show that,and so on.
Express the line in spanned by the vectoras the image of a matrix and as the kernel of a matrix .
Question: Consider linearly independent vectors in and let A be an invertible matrix. Are the columns of the following matrix linearly independent?
Consider a linear transformation T fromtoand some linearly independent vectorsin. Are the vectorsnecessarily linearly independent? How can you tell?
For which value(s) of the constant k do the vectors below form a basis of ?
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