# Tag Info

1 vote
Accepted

### Integration and expansion of hypergeometric function

This is not the answer to your question, only solution for integral: \$\int _0^1\int _0^1((1-\beta ) \beta )^{-\frac{3}{2}+\frac{\epsilon }{2}} \, _2F_1\left(\frac{3}{2}-\frac{\epsilon }{2},-\frac{1}{2}...
Accepted

### Solve cannot find solutions if integer parameters are assumed

I commented that the assumption BesselI[(m \[Pi])/a, (a n \[Pi])/L] != 0 works, but I wonder what should be considered a workaround. For instance, this seems an ...
• 241k

### Solve cannot find solutions if integer parameters are assumed

Adding assumption BesselI[(m Pi)/a, (a n Pi)/L] != 0 solves the problem. ...
• 21.3k
Accepted

### Same integral giving different results

This is not surprising. ...
• 2,810
1 vote

### Same integral giving different results

One way to confirm there is no difference in the two results when q=p is like this: Simplify[Limit[result1-result2,q->p],Element[p,Integers]] (* 0 *)
• 12.7k

### Iteration Limit for expression involving Gamma functions

After having looked in the documentation, this can be fixed in 14.1 on Windows 10 as follows. ...
• 27.8k
Accepted

### Iteration Limit for expression involving Gamma functions

...
• 161k
Using: $$\sum _{\alpha =0}^{-A} \binom{-A}{\alpha } (u v w x y)^{\alpha } (1-w)^{-A-\alpha }=(1-w+u v w x y)^{-A}$$ where: A=2 Then: ...