Determine if the given functions from R3 to the given spaces
     Determine if the given functions from R^3 to the given spaces are linear transformations.  L([x, y, z]^T) = [-x + 5z, 2y]^T in R^2  Yes  No  L([x, y, z]^T) = [x + 1, y + 2, z + 3]^T in R^3  Yes  No  L([x, y,z]^T) = [Z - y, y - X, x - z]^T in R^3  Yes  No    
![Determine if the given functions from R^3 to the given spaces are linear transformations. L([x, y, z]^T) = [-x + 5z, 2y]^T in R^2 Yes No L([x, y, z]^T) = [x +   Determine if the given functions from R^3 to the given spaces are linear transformations. L([x, y, z]^T) = [-x + 5z, 2y]^T in R^2 Yes No L([x, y, z]^T) = [x +](/WebImages/27/determine-if-the-given-functions-from-r3-to-the-given-spaces-1071906-1761561596-0.webp) 
  
  Solution
The matrix of first part will be of dimension 2X3
The constraints will give
ax + by + cz = -x + 5z
dx + ey + fz = 2y
Hence we get a=-1,b=d=f=0,c=5,e=2
Hence it is a linear transformation
Therefore correct answer is Yes
The matrix of second dimension will be of 3X3
Constraints are
ax + by + cz = x + 1
dx + ey + fz = y + 2
gx + hy + iz = z + 3
Not Linear Transformation, Answer is No
For the third part matrix will be of 3X3 and yes it is a linear transformation
| a | b | c | 
| d | e | f | 
![Determine if the given functions from R^3 to the given spaces are linear transformations. L([x, y, z]^T) = [-x + 5z, 2y]^T in R^2 Yes No L([x, y, z]^T) = [x +   Determine if the given functions from R^3 to the given spaces are linear transformations. L([x, y, z]^T) = [-x + 5z, 2y]^T in R^2 Yes No L([x, y, z]^T) = [x +](/WebImages/27/determine-if-the-given-functions-from-r3-to-the-given-spaces-1071906-1761561596-0.webp)
