I have this product
$$ 2^2\times 3^2\times 4^2\times 5^2\times 6^2\times \cdots =(n^2)!$$
Can we write this in another way?
Thank you
I have this product
$$ 2^2\times 3^2\times 4^2\times 5^2\times 6^2\times \cdots =(n^2)!$$
Can we write this in another way?
Thank you
That's not $(n^2)!$, it is $(n!)^2$.
(For example, if $n=3$ then $(n^2)!$ is $(3^2)!=9!=362880$ whereas $(n!)^2=(3!)^2=6^2=36$.)