The functional form is known already (as attached). But what is the solution for this integral?
How to calculate the gravitational binding energy of a uniform cube of length L$L$ and mass M$M$?
How to calculate the gravitational binding energy of a uniform cube of length L and mass M?
The functional form is known already(as attached). But what is the solution for this integral?
How to calculate the gravitational binding energy of a uniform cube of length $L$ and mass $M$?
The functional form is known already (as attached). But what is the solution for this integral?
The solutionfunctional form is known already(as attached). But how would I solve it? numerically or analyticallywhat is the solution for this integral?
The solution is known already(as attached). But how would I solve it? numerically or analytically?
The functional form is known already(as attached). But what is the solution for this integral?
MarianD
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The solution is known already(as attached). But how would I solve it? numerically or analytically?[https://i.sstatic.net/8F3wa.jpg][1]][1]
The solution is known already(as attached). But how would I solve it? numerically or analytically?[https://i.sstatic.net/8F3wa.jpg][1]][1]
The solution is known already(as attached). But how would I solve it? numerically or analytically?