simplify in linear equation:
solve the equation:
we get
thus
Find the coordinate vector [x]B of x relative to the given basis 8-{b1 ,b2} 2 2...
Find the coordinate vector Find the coordinate vector [X]e of x relative to the given basis B = {b1,b2,63). [x]8 = (Simplify your answers.)
Find the coordinate vector [x]g of x relative to the given basis B = {51,b2,b3}: 1 2 2 by = -3 b3 = b -1 x= -5 4 5 4 [x] = (Simplify your answers.)
Find the coordinate vector [x]g of x relative to the given basis B = {by, by, b}. 1 4 1 5 b = 0 bz 1 1 2 5 [x]g - (Simplify your answer.)
5. Section 2.9 The vector x is in the subspace H with basis B {b1,b2}. Find the B-coordinate vector of x. b = (-3) - - [%]*-[-]
x = [12,11,3] is a vector in subspace H with orthogonal basis B = {b1,b2} where b1 = [3,1,-3],b=[2,3,3] Find Coordinate vector [x]B
1) for R2 Given the vectors b1,b2, C1, and cz. B = {b1,b2} is a basis for R2C = {C1,C2} is a basis b = [i.bz = [33],4 = (-2) c2 = [4] (a) Find the change of coordinates matrix to convert from B to C. (b) Find the coordinate vectors [x]B, [x]c, lyle and [ylc given x = [11] y = [12]
Find the coordinate vector Ixly of x relative to the given basis B. b.ba) 10 Ikle 18 (Simply your answers.)
please help. system is sensitive to answers. Find the coordinate vector (x]a of the vector x relative to the given basis B. 16 and B = (b, b2} b = b2 -4 -2 -5 28 O A. -64 -196 ов. -32 -64 32 D. 41 5. Find the vector x determined by the given coordinate vector [x]g and the given basis B. -2 -3 -3 -3 -5 -3 - 11 ОВ. хв - 20 18 OA X= 33 - 15...
Given the coordinate matrix of x relative to a (nonstandard) basis B for R", find the coordinate matrix of x relative to the standard basis. B = {(1, 0, 1), (1, 1, 0), (0, 1, 1)), 2 [x] = 3 3 [x]s = 5 11 4
Let B = {b1,b2, b3} be a basis for a vector space V. Let T be a linear transformation from V to V whose matrix relative to B is [ 1 -1 0 1 [T]B = 2 -2 -1 . 10 -1 -3 1 Find T(-3b1 – b2 - b3) in terms of bı, b2, b3 .