Can you figure out how to read this equation as a limerick?

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The discussion revolves around interpreting a mathematical equation as a limerick. The equation involves an integral of t-squared from 1 to the cube root of 3, multiplied by the cosine of 3 pi over 9, equating to the logarithm of the cube root of e. A participant creatively presents this equation in limerick form, highlighting its mathematical accuracy. There is also a brief exchange about the originality of the limerick, with one participant mentioning they found it on a webpage dedicated to math jokes.
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Can you figure out how to read this equation as a limerick?

\int_{1}^{\sqrt[3]{3}}t^2\ dt\cdot\cos\left(\frac{3\pi}{9}\right)=\ln \sqrt[3]{e}

Answer (in white, select to read):
Integral t-squared dt
From 1 to the cube root of 3
Times the cosine
Of 3 pi over 9
Equals log of the cube root of e

(It's true too)
 
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didn't you already post this?
 
I accidentally double clicked the post button
 
O. It's cool though. did you come up with it?
 
No, it was on this web page with a bunch of math joke type things. Here's the page if you want to take a look:
http://www.sgoc.de/math.html
 
https://www.newsweek.com/robert-redford-dead-hollywood-live-updates-2130559 Apparently Redford was a somewhat poor student, so was headed to Europe to study art and painting, but stopped in New York and studied acting. Notable movies include Barefoot in the Park (1967 with Jane Fonda), Butch Cassidy and the Sundance Kid (1969, with Paul Newma), Jeremiah Johnson, the political drama The Candidate (both 1972), The Sting (1973 with Paul Newman), the romantic dramas The Way We Were (1973), and...
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