Home/Mathematics
/what goes in the box next to R1 please let me know Find the inverse of the matrix (if it exists). 1 1 4 5 Step 2 Now use elementary row operations on the entire matrix to row reduce A to I. If this is possible, the resultant matrix is A where A-1 is the inverse of A. Perform a row operation to make the first entry in the second row equal to zero. 1 : 1 0 X R1 + R2 0 1 : -4 1

Question
what goes in the box next to R1 please let me know Find the inverse of the matrix (if it exists). 1 1 4 5 Step 2 Now use elementary row operations on the entire matrix to row reduce A to I. If this is possible, the resultant matrix is A where A-1 is the inverse of A. Perform a row operation to make the first entry in the second row equal to zero. 1 : 1 0 X R1 + R2 0 1 : -4 1

05RZKOThe Asker · Precalculus

what goes in the box next to R1 please let me know

Transcribed Image Text: Find the inverse of the matrix (if it exists). 1 1 4 5
Step 2 Now use elementary row operations on the entire matrix to row reduce A to I. If this is possible, the resultant matrix is A where A-1 is the inverse of A. Perform a row operation to make the first entry in the second row equal to zero. 1 : 1 0 X R1 + R2 0 1 : -4 1

More

Transcribed Image Text: Find the inverse of the matrix (if it exists). 1 1 4 5
Step 2 Now use elementary row operations on the entire matrix to row reduce A to I. If this is possible, the resultant matrix is A where A-1 is the inverse of A. Perform a row operation to make the first entry in the second row equal to zero. 1 : 1 0 X R1 + R2 0 1 : -4 1

Community Answer

RUW16V

false

A=[[1,1],[4,5]][A:I]{:[[[1,1],[4,5]]:[[1,0],[0,1]]],[R_(2)longrightarrowR_(2)-4R_(1)],[[[1,1],[0,1]]:[[1,0],[-4,1]]],[R_(1)lon ... See the full answer