![SOLVED: Let 6 = and [12 points] Determine whether U = i,,u,,u, is an orthogonal set: Justify your conclusion. Use inncr product methods (i.e , projections) to find the linear combination of SOLVED: Let 6 = and [12 points] Determine whether U = i,,u,,u, is an orthogonal set: Justify your conclusion. Use inncr product methods (i.e , projections) to find the linear combination of](https://cdn.numerade.com/ask_images/f26dc8fa946c494f995308d670902780.jpg)
SOLVED: Let 6 = and [12 points] Determine whether U = i,,u,,u, is an orthogonal set: Justify your conclusion. Use inncr product methods (i.e , projections) to find the linear combination of
![SOLVED: The following questions are quick answer questions. You can answer these questions without using your calculator: [5 points each] Show that the following vectors are linearly dependent by finding a nontrivial SOLVED: The following questions are quick answer questions. You can answer these questions without using your calculator: [5 points each] Show that the following vectors are linearly dependent by finding a nontrivial](https://cdn.numerade.com/ask_images/c221ae53d1d346bfb79766a8d97079c8.jpg)
SOLVED: The following questions are quick answer questions. You can answer these questions without using your calculator: [5 points each] Show that the following vectors are linearly dependent by finding a nontrivial
![SOLVED: You can use calculator for all questions in this homework: (1) 5 points) Given T is a mapping from R? to R?, and we know that T T F8] = 3 SOLVED: You can use calculator for all questions in this homework: (1) 5 points) Given T is a mapping from R? to R?, and we know that T T F8] = 3](https://cdn.numerade.com/ask_images/4cca84d37e76424d816af3e0bf131541.jpg)