6. Let V = R³ and F = R. Let W = { (a, b, c) | a+b-2c=0 where a, b, c are in R} It can be shown that W is a subspace of V. (You do not have to check this.) (a) Find a basis for W and explain why it is a basis. (b) What is the dimension of W?

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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6.
Let V = R³ and F = R. Let
W = { (a,b,c) | a+b=2c=0 where a, b, c are in R}
It can be shown that W is a subspace of V. (You do not have to check this.)
(a) Find a basis for W and explain why it is a basis.
(b) What is the dimension of W?
Transcribed Image Text:6. Let V = R³ and F = R. Let W = { (a,b,c) | a+b=2c=0 where a, b, c are in R} It can be shown that W is a subspace of V. (You do not have to check this.) (a) Find a basis for W and explain why it is a basis. (b) What is the dimension of W?
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