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2 cards from this section. Quick, good the night before a test.
Define 'rank' in the context of linear transformations.
Think about the number of output dimensions.
What does 'nullity' represent?
Consider how many inputs can be mapped to zero.
What is the rank of a linear transformation?
It relates directly to the output of the transformation.
True or False: Nullity refers to the dimension of the image.
Remember the definition of each term.
Consider a linear transformation T: R^5 → R^3 where the nullity is 4. What is the rank?
Use the dimension relationship between the spaces.
For a linear transformation represented by a matrix B with 6 columns and an image dimension of 3, what is the kernel dimension?
Recall the Rank-Nullity theorem's formula.
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