3. Show, by inspection (without forming a matrix), that the given vectors are linearly dependent. vi...
nsid r the following et ār vnctors. Let 1 v2 and V3 be column vectors in and let A be the 3 × 3 matrix v 1 v2 v③ with these vectors as its columns. The vi v2 and ] are linearly dependent if and nly the hom 9ene us linear system with augmented matrix 시 has a no tr ia solution Consider the following equation. 81-3-311 Solve for ci 2, andc3. If a nontrlvial solution exists, state it or...
1. Determine whether or not the four vectors listed above are linearly independent or linearly dependent. If they are linearly dependent, determine a non-trivial linear relation - (a non-trivial relation is three numbers which are not all three zero.) Otherwise, if the vectors are linearly independent, enter 0's for the coefficients, since that relationship always holds. (1 point) 13--3-3 Let vi = and V4 1-11 Linearly Dependent 1. Determine whether or not the four vectors listed above are linearly independent...
Problem 4 (1 point) Let 9 -9 3 Are the vectors vi, v2. and vs linearly independent or linearly dependent? linearly dependent If the vectors are linearly independent, enter 0 in every answer blank since those are only the values that make the equation below true. If the vectors are linearly dependent, find scalars, not all 0, which make the equation below true -167 -15 12+ Problem 5
3. Consider the following vectors, where k is some real number. H-11 Lol 1-1 a. For what values of k are the vectors linearly independent? b. For what values of k are the vectors linearly dependent? c. What is the angle (in degrees) between u and v? 4. Here are two vectors in R". Let V = the span of {"v1r2} a. Find an orthogonal basis for V (the orthogonal complement of V). b. Find a vector that is neither...
Problem No. 6.7 Determine by inspection whether the vectors are linearly dependent or not. Justify the answer. Show all your work, do not skip steps Displaying only answer is nox enough to get credit. Solution Show all intemedic stepe farradas calcubtion,explaioen and comments below this En. Don'e ahove thas laci Problem No. 6.8 / 10 pts. 7 4 0 Determine by inspection whether the vectors are linearly dependent or not. Justify the answer. Show all your work, do not skip...
Can I get help with questions 2,3,4,6? be the (2) Determine if the following sequences of vectors vi, V2, V3 are linearly de- pendent or linearly independent (a) ces of V 0 0 V1= V2 = V3 = w. It (b) contains @0 (S) V1= Vo= Va (c) inations (CE) n m. -2 VI = V2= V3 (3) Consider the vectors 6) () Vo = V3 = in R2. Compute scalars ,2, E3 not all 0 such that I1V1+2V2 +r3V3...
6. Given the vectors vi = - 0 -- --(2.).-) no estaba 1. vz = 2 .03 = 1 -1 1 62-5) ,0 = 3, find the value(s) of k so that: de (a) vis in Span{vi, v2, U3}. (b){i, 03, 03} form a linearly independent set. (c){vi, už, va} form a basis for R3. (d) span{ti, uz, va} is a plane in R.
1. Determine (by inspection) why the vectors below can or cannot be linearly independent. Explain your answer. [ 31 rol [6] (a) 5 1,0 5 [-1] [ 0 ] [ 4 (b) | | [3][] 2 -11 L aan RS then
Q3. Determine whether the set of vectors in P2 is linearly dependent or linearly independent. S= {2 - x, 4x – x², 6-7x + x>). Q4. Show that the following set is a basis of R. --00:07)}
, Vn be vectors in IR" with (vi,. .., v vn is aso 2. Let vi..., linearly dependent. Show that , 3. Let T' R3 -IR3 be defined by T(2:1, 2:2, 23) (27 + 22, 2x2 + x3, xs), (a) Find the standard matrix representing T (b) Determine if T is one-to-one. (c) Determine if T is onto.