Define the standard basis for R^3.
Define a basis B for R^3 that is not the standard basis.
Standard basis {e1, e2, e3}
All bases for vector space W have what in common?
They all have the same number of vectors.
What is rank?
The dimension of the column space of a matrix.
How many possible March Madness brackets exist each year?
2^63 " or " 9.223372" quintillion"
Find the vector x determined by the given coordinate vector [x]_B and the given basis B:
B= [[3],[5]], [[4],[6]] and vec [x]_B =[[5],[3]]
[[27],[43]]
Find a basis for the subspace. State the dimension:
[[p-2q],[2p+5r],[-2q+2r],[-3p+6r]] " such that " p,q,r in RR
[[1],[2],[0],[-3]],[[-2],[0],[-2],[0]],[[0],[5],[2],[6]] " dimension = 3"
What is the Rank Theorem?
For an m by n matrix A,
rank A + dim nul A = n
What is Mr. Laviolette's favorite Transcendental Number?
e
Find the coordinate vector [x]_B of x relative to the given basis:
vec b_1=[[1],[1],[3]], vec b_2=[[2],[1],[8]], vec b_3=[[1],[-1],[3]]
and vecx=[[0],[0],[2]]
[x]_B =[[-3/2],[1],[-1/2]]
Determine the dimension of the nulspace for the following matrix A:
[[1, -6, 9, 0, -2],[0, 1, 2, -4, 5],[0, 0, 0, 5, 1],[0, 0, 0, 0, 0]]
Nullity = 2
if a 4x7 matrix has rank 3, find dim nul A, dim row A, and the rank of A transpose
dimnulA=4
dim row A = 3
rank of A^T=3
int_{-1}^{1}sin(x)/(5+x^2)dx
0
(This function is odd)
"Determine whether the sets"
"of polynomials form a basis for" P_3
3+7t, 5+t-2t^3,t-2t^2, 1+16t-6t^2+2t^3
no
Determine the dimension of the column space for the following matrix A:
[[1, -6, 9, 0, -2],[0, 1, 2, -4, 5],[0, 0, 0, 5, 1],[0, 0, 0, 0, 0]]
dim col (a) = 3

2
Prove whether or not the following graphs are isomorphic.

Not Isomorphic.