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Question 7: Suppose v1→,v2→,v3→⋯vm→are arbitrary vectors in Consider the linear transformation from togiven by

T[x1x2⋮xm]=[x1v1→,x2v2→,x3v3→⋯xmvm→]

Short Answer

Expert verified

Answer:

Yes, given transformation is linear and the matrix represented by A=v1→,v2→,v3→⋯vm→.

Step by step solution

01

Step1: System of transformation

We have given a transformation withTx1x2⋮xm=x1v1→,x2v2→,x3v3→⋯xmvm→ .

02

Linear Transformation

A transformation from Rm→Rnis said to be linear if the following condition holds:

  1. Identity of Rm should be mapped to identity of Rn.
  2. T(a+b)=T(a)+T(b)For alla,b∈Rm.
  3. T(ca)=cT(a)Where c is any scalar and a∈Rm.
03

Checking for linear transformation 

Now we will find the transformation of identity element.

T(0,0...0)=(0,0...0)

Now let a,b∈Rm.

Then the transformation

T(αa+βb)=αT(a)+βT(b)

Thus, all the conditions are true.

04

Matrix for linear transformation

The matrix represented by.A=v1→,v2→,v3→⋯vm→

Hence, yes the given transformation is linear and the matrix represented by A=v1→,v2→,v3→⋯vm→.

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