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Hi,
From:
If someone could explain above the above, please help.
Best Regards.
Loi.
Solved! Go to Solution.
Guess you found out that uncle Wolfram isn't perfect, either.
You get different solutions depending on if you chose 6<x<10 or 6<x<13 and you get the same solution twice - too bad!
For another funny effect you may click on "More digits". All in a sudden Wolfram offers two more solutions and both are not within the constraints.
Looks like the world isn't perfect and math progs aren't, too 😞
This should do it, together with all help you've received over the past days explaining the ins and outs of dealing with exp(i) in various forms:
Success!
Luc
Luc, I guess there is a misunderstanding my question :
I need a explanation about how to get the second solution, x = 6.237916547633475
Best Regards.
I need help explanation about the Missing solution - How to get the second solution x = 6.237916547633475 from that formula, from that hint.
Best Regards.
I have just done for solving one of other missing solution "by hand" with root function and guess value x = 12.566289908047107. ( that is the reason for explanation how to get other missing soution from that formula, from that hint.
Best Regards.
Or : I need help explanation about the Missing solutions - How to get the other solutions from 6<x<13, from that formula, from that hint.
Guess you found out that uncle Wolfram isn't perfect, either.
You get different solutions depending on if you chose 6<x<10 or 6<x<13 and you get the same solution twice - too bad!
For another funny effect you may click on "More digits". All in a sudden Wolfram offers two more solutions and both are not within the constraints.
Looks like the world isn't perfect and math progs aren't, too 😞
Yes. I guess so, Werner. and anyway I guess we would have to solve it "by hand" with root function and guess values. And another example :
Regards.