07 Let S denote the standard basis of R² and let B = {b1, b2} be some other basis of R². Suppose that 1 [V3 -1 PB,S 2 1 (i) Express x = (1, 1) as a linear combination of the vectors in B. x = (V3 - 1)...

07<br>Let S denote the standard basis of R² and let B =<br>{b1, b2} be some other basis of R².<br>Suppose that<br>1 [V3 -1<br>PB,S<br>2<br>1<br>(i) Express x =<br>(1, 1) as a linear combination of the vectors in B.<br>x = (V3 - 1) b1 + (v3+1) b2<br>X = v3 /2 b1 + v3/2 b2<br>x = v3 - 1/2 b1 + v3+1/2 b2<br>x = (V3 - 1) /2 b1 + (V3+1)/2 b2<br>

Extracted text: 07 Let S denote the standard basis of R² and let B = {b1, b2} be some other basis of R². Suppose that 1 [V3 -1 PB,S 2 1 (i) Express x = (1, 1) as a linear combination of the vectors in B. x = (V3 - 1) b1 + (v3+1) b2 X = v3 /2 b1 + v3/2 b2 x = v3 - 1/2 b1 + v3+1/2 b2 x = (V3 - 1) /2 b1 + (V3+1)/2 b2

Jun 03, 2022

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07 Let S denote the standard basis of R² and let B = {b1, b2} be some other basis of R². Suppose that 1 [V3 -1 PB,S 2 1 (i) Express x = (1, 1) as a linear combination of the vectors in B. x = (V3 - 1)...

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