write a matlab function called my_solver that uses fsolve to find a solution to this system of equations. the input to the function will be one variable that is a list of starting values. the output of the function will be a list containing the solution. the order of the values in the input and output lists should be x, y, z.

latex2img. php? & density=150& source=12y%5e
latex2img. php? & density=150& source=31z+%3
latex2img. php? & density=150& source=z+%3d+

example:

solution1 = my_solver([1,2,3])
solution2 = my_solver([4,-4,4])
should display this in the command window. (assuming you set the display off option)

solution1 =
0.0778 0.5291 0.2260
solution2 =
0.2809 -0.4674 0.1787
your code should work for any valid input.

no input validation is required.

do not include test cases, clear all, etc as part of your submission.

use the "submit to matlab" button to check your solution. this will run your code against the two example test cases. the output should match that shown above.

**i need some because whenever a third variable gets involved i have to clue what i do wrong in matlab to get it incorrect.