Let $\Omega\subset\mathbb{R}^n$ be a bounded domain. Let $u,v,v_n\in L^p(\Omega)$ and suppose that $$\|u+v_n\|_p\rightarrow\|u+v\|_p$$
Is true that $$\|v_n\|_p\rightarrow\|v\|_p$$
Thanks
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Let $\Omega\subset\mathbb{R}^n$ be a bounded domain. Let $u,v,v_n\in L^p(\Omega)$ and suppose that $$\|u+v_n\|_p\rightarrow\|u+v\|_p$$ Is true that $$\|v_n\|_p\rightarrow\|v\|_p$$ Thanks |
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This is false. Consider the constant functions $u=-1,v_n=1+(-1)^n,v=0$. |
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