For each of the following, determine whether or not an example exists. If you claim that no example exists, then a complete and correct justification is required for full marks. If you provide a correc and complete example, then no further justification is required. However, an incorrect/incomplet. example with no further justification cannot receive partial marks. A. A basis B for Mat2.3(R) where B has 5 elements. B. Three linearly independent elements of Mat2,2(R). C. An injective linear map T: R2 → R5.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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For each of the following, determine whether or not an example exists. If you claim that no example
exists, then a complete and correct justification is required for full marks. If you provide a correct
and complete example, then no further justification is required. However, an incorrect/incomplet
example with no further justification cannot receive partial marks.
A. A basis B for Mat2.3 (R) where B has 5 elements.
B. Three linearly independent elements of Mat2,2(R).
C. An injective linear map T : R? → R5.
D. A non-surjective linear map T : Mat2.2(R) → R[X]eg<2 whose nullity is 1.
Transcribed Image Text:For each of the following, determine whether or not an example exists. If you claim that no example exists, then a complete and correct justification is required for full marks. If you provide a correct and complete example, then no further justification is required. However, an incorrect/incomplet example with no further justification cannot receive partial marks. A. A basis B for Mat2.3 (R) where B has 5 elements. B. Three linearly independent elements of Mat2,2(R). C. An injective linear map T : R? → R5. D. A non-surjective linear map T : Mat2.2(R) → R[X]eg<2 whose nullity is 1.
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