ACCEPTED SOLUTION
Accepted Solutions
You have to apply the correct unit (volt) at your guess vector.
And don't use the boolean (comparison) equal (the fat one) if you want to show the value of the result.
Either use the 'normal' equal sign or do without and evaluate the solution in a separate region after the solve block.
BTW, the definitions of your variables and vectors should better be placed in front of the solve block. So the solve block only contains the guesses and the equation(s) to solve.
You have to apply the correct unit (volt) at your guess vector.
And don't use the boolean (comparison) equal (the fat one) if you want to show the value of the result.
Either use the 'normal' equal sign or do without and evaluate the solution in a separate region after the solve block.
BTW, the definitions of your variables and vectors should better be placed in front of the solve block. So the solve block only contains the guesses and the equation(s) to solve.
You may also consider using the "root" function instead of the solve block and you may also turn the whole calculation into a function in all 14 input variables. That way you could always evaluate it for any values you like and of course also vectorized with your vector inputs:
Prime 11 worksheet attached
