# Your answer is correct use the gauss jordan

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Your answer is CORRECT Use the Gauss Jordan elimination process on the from MATH 1313 at University of Houston

Question 3   Your answer is CORRECT . Which of the following matrices are in row - reduced form ? ( Note : The dotted vertical line in each matrix should be a single vertical line . ) I. II . III .
a ) I and III only
b ) All of them
c ) None of them
d ) I and II only
e ) II and III only
f ) None of the above .
Question 4   Your answer is CORRECT . Use the Gauss - Jordan elimination process on the following system of linear equations to find the value of x .
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Question 5   Your answer is CORRECT . Use the Gauss - Jordan elimination process on the following system of linear equations to find the value of z .
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Question 6   Your answer is CORRECT . Use Gauss - Jordan elimination process to solve the following system of linear equations .
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Question 7   Your answer is CORRECT . Use Gauss - Jordan elimination process to solve the following system of linear equations .
a ) x = 0 , y = 3
b ) x = 1 , y = 0
c ) x = 4 , y = 2
d ) x = 2 , y = - 1
e ) x = 3 , y = - 2
f )
Answer:  f )   None of the above .
Question 8   Your answer is CORRECT . Use Gauss - Jordan elimination process to solve the following system of linear equations .
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Question 9   Your answer is CORRECT . Given that the augmented matrix in row - reduced form below is equivalent to the augmented matrix of a system of linear equations . Determine whether the system has a solution and find the solution ( s ) to the system , if they exist . Note : The dotted vertical line in the matrix above should be a single vertical line . )
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Question 4 Your answer is CORRECT. Use the Gauss-Jordan elimination process on the following system of linear equations to find the value of x.
Question 5 Your answer is CORRECT. Use the Gauss-Jordan elimination process on the following system of linear equations to find the value of z.
Question 6 Your answer is CORRECT. Use Gauss-Jordan elimination process to solve the following system of linear equations.
= 1
Question 7 Your answer is CORRECT. Use Gauss-Jordan elimination process to solve the following system of linear equations.
a) x= 0, y= 3 b) x= 1, y= 0 c) x= 4, y= 2 d) x= 2, y= -1 e) x= 3, y= -2 f) None of the above.
Question 8 Your answer is CORRECT. Use Gauss-Jordan elimination process to solve the following system of linear equations.
= 0
Question 9 Your answer is CORRECT. Given that the augmented matrix in row-reduced form below is equivalent to the augmented matrix of a system of linear equations. Determine whether the system has a solution and find the solution(s) to the system, if they exist. Note: The dotted vertical line in the matrix above should be a single vertical line.)
= 1