You CANNOT solve this, x can equal anything. So the x power can equal 0, 1, 2, 0 times 2 equals 0, 1 times 2 is 2, and 2 times 2 is four. So the other x can equal 5, 3, or 1.
He assumes x is a real number...Then you can ask: is there a real number x, that solves the equation...you can show that there is exact one real number x as a solution....
@@YAYSARYou have shown a lack of basic knowledge of equations. I just dislike people who try to say something smart without knowing something about the topic.
@@Артемий-ц8р it would be a shame if i actually did know something about the topic, also can we just stop fighting? It’s so annoying to go back to the same comment section over and over again just to argue over an equation.
This was helpful. Thanks
Thank you.
Is there any table or chart to see the value of given W function?????
Yes.
Well explained. It is not clear in the end how the complex root is obtained.
Got the value using Wolfram|Alpha
Une solution unique entre -1 et 0
Приблизительно 1,72.
don't know how
I'm not going to develop the Lambert W function, I'll do it with my fingernails
X = 1,717
3,2875 + 1,717 = 5,004
Boa precisão !!!!
😮
Thank you for your comment.
You CANNOT solve this, x can equal anything. So the x power can equal 0, 1, 2, 0 times 2 equals 0, 1 times 2 is 2, and 2 times 2 is four. So the other x can equal 5, 3, or 1.
He assumes x is a real number...Then you can ask: is there a real number x, that solves the equation...you can show that there is exact one real number x as a solution....
Never solved equations? Go back to school, child.
@@Артемий-ц8р I am in school, and also you might be a hypocrite if you’re calling me a child and you are one too. And you might be in school too.
@@YAYSARYou have shown a lack of basic knowledge of equations. I just dislike people who try to say something smart without knowing something about the topic.
@@Артемий-ц8р it would be a shame if i actually did know something about the topic, also can we just stop fighting? It’s so annoying to go back to the same comment section over and over again just to argue over an equation.