Question

values separated by commas. Then give a formula in terms of k for the solution to the system, when it exists. Be sure to include parentheses where necessary, e.g. to distinguish (1)/(2k) from (1)/(2)k. 3kx+4ky=3 45x+3ky=3 The system has a unique solution when ??? The unique solution is [[x],[y]]=[[0],[0]] Find conditions on k that will make the following system of equations have a unique solution. To enter your answer, first select whether k should be equal or not equal to specific values, then enter a value or a list of values separated by commas. Then give a formula in terms of for the solution to the system, when it exists. Be sure to include parentheses where necessary, e.g. to distinguish 1/(2K) from 1/21. 3kx+4ky = 3 45x+3ky = 3 The system has a unique solution when k=? The unique solution is h 0

          values separated by commas.
Then give a formula in terms of k for the solution to the system, when it exists. Be sure to include parentheses where necessary, e.g. to distinguish (1)/(2k) from (1)/(2)k.
3kx+4ky=3
45x+3ky=3
The system has a unique solution when
???
The unique solution is [[x],[y]]=[[0],[0]]
Find conditions on k that will make the following system of equations have a unique solution. To enter your answer, first select whether k should be equal or not equal to specific values, then enter a value or a list of values separated by commas.
Then give a formula in terms of  for the solution to the system, when it exists. Be sure to include parentheses where necessary, e.g. to distinguish 1/(2K) from 1/21.
3kx+4ky = 3 45x+3ky = 3
The system has a unique solution when k=?
The unique solution is h
0

values separated by commas then give a formula in terms of k for the solution to the system when it exists be sure to include parentheses where necessary eg to distinguish 12k from 12k 3kx4k 82912

Added by Jorge R.

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