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comment An integral domain with the factorization property and gcd for every two elements is a UFD
Your answer is great. It was just me who was confused of something not related to your answer. Thank you :)
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accepted Is the function $f(n)=\begin{cases} 0,& \text{If $CH$} \\ 1,& \text{If $\lnot CH$} \end{cases}$ $\mu$-recursive?
Sep
10
comment Is the function $f(n)=\begin{cases} 0,& \text{If $CH$} \\ 1,& \text{If $\lnot CH$} \end{cases}$ $\mu$-recursive?
opps! ok, thank you
Sep
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reviewed Approve Is the function $f(n)=\begin{cases} 0,& \text{If $CH$} \\ 1,& \text{If $\lnot CH$} \end{cases}$ $\mu$-recursive?
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asked Is the function $f(n)=\begin{cases} 0,& \text{If $CH$} \\ 1,& \text{If $\lnot CH$} \end{cases}$ $\mu$-recursive?
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accepted If $f\tau$ is continuous for every path $\tau$ in $X$, is $f:X\rightarrow Y$ continuous?
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accepted Solutions to the PDE :$2V\frac{\partial I}{\partial V}+2W\frac{\partial I}{\partial W}=I$
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accepted An integral domain with the factorization property and gcd for every two elements is a UFD
Jul
16
comment An integral domain with the factorization property and gcd for every two elements is a UFD
OH I was a little confused. Thans for your answer.