Interesting... So what is the value of x?! Antiques Roadshow Math
The real question is:Is The integral (0-inf) of E to the power of X equal tothe Function of U to the power of N.
(hint)You need to write it out in math symbols to solve.
In good condition, with the original wrapping, it’s still unknown.
Y do you ask?
Well, it varies.
WARNING: This comic may contain scenes of explicit 6 and items of a graphical nature.
I’ve taken my X to several functions to determine its value and I never seem get a consistent answer.
Damn it Algebra, I am sick and damn tired of trying to find your “X” … she AIN’T coming back!
What’s really valuable is what lies beneath the X. You know, on a treasure map.
As an alternative to calculating the integral (0-inf) of E to the power of X, you can get the same result by multiplying the time expressed in seconds (s) with E raised to the power of X
Day by Dave
Dave Whamond
April 10, 2015
May 31, 2017
Agent54 over 11 years ago
The real question is:Is The integral (0-inf) of E to the power of X equal tothe Function of U to the power of N.
(hint)You need to write it out in math symbols to solve.
PICTO over 11 years ago
In good condition, with the original wrapping, it’s still unknown.
no1scouse over 11 years ago
Y do you ask?
MeGoNow Premium Member over 11 years ago
Well, it varies.
Digital Frog over 11 years ago
WARNING: This comic may contain scenes of explicit 6 and items of a graphical nature.
bigdoggy over 11 years ago
I’ve taken my X to several functions to determine its value and I never seem get a consistent answer.
Allan CB Premium Member over 11 years ago
Damn it Algebra, I am sick and damn tired of trying to find your “X” … she AIN’T coming back!
Stephen Gilberg over 11 years ago
What’s really valuable is what lies beneath the X. You know, on a treasure map.
EVillin over 11 years ago
As an alternative to calculating the integral (0-inf) of E to the power of X, you can get the same result by multiplying the time expressed in seconds (s) with E raised to the power of X