Consider the following plane with the both the red and black coordinate systems. The red axes correspond with what are normally thought of as the lines y = 4x and y = -x. Let the two red vectors highlighted -{[²]·0}· · along the red axis be the basis vectors for a new “red basis," called R = basis B. Call the standard

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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Consider the following plane with the both the red and black coordinate systems. The red axes correspond
with what are normally thought of as the lines y = 4x and y = -x. Let the two red vectors highlighted
{[3].B}
Call the standard
along the red axis be the basis vectors for a new "red basis," called R
=
basis B.
Transcribed Image Text:Consider the following plane with the both the red and black coordinate systems. The red axes correspond with what are normally thought of as the lines y = 4x and y = -x. Let the two red vectors highlighted {[3].B} Call the standard along the red axis be the basis vectors for a new "red basis," called R = basis B.
Write the coordinates of each of the above points relative to both the red basis R. and the black basis B.
Determine matrix that will:
i. Rename points from the red basis as points in the black one.
ii. Rename points from the black basis as points in the red one. (a different matrix)
Transcribed Image Text:Write the coordinates of each of the above points relative to both the red basis R. and the black basis B. Determine matrix that will: i. Rename points from the red basis as points in the black one. ii. Rename points from the black basis as points in the red one. (a different matrix)
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