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Live Seeds

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Live Seeds Álbum en directo de Nick Cave and the Bad Seeds Publicación 28 de septiembre de 1993 Grabación 1992–1993 Género(s) Post-punk Duración 60:35 Discográfica Mute Records Productor(es) Nick Cave and the Bad Seeds Calificaciones profesionales Allmusic enlace Cronología de Nick Cave and the Bad Seeds Henry's Dream (1992) Live Seeds (1993) Let Love In (1994) [editar datos en Wikidata] Live Seeds es el primer álbum en directo "oficial" de la banda Nick Cave and the Bad Seeds. El álbum incluye la canción "Plain Gold Ring", escrita por Nina Simone y nunca editada en estudio. El álbum se grabó en directo en varios recitales dados en Europa y Australia, durante la gira de promoción del disco Henry's Dream , entre 1992 y 1993. Lista de canciones Todas las canciones compuestas por Nick Cave, excepto donde se indica lo contrario "The Mercy Seat" – 4:43 (Cave, Mick Harvey) "De...

Why is only one browser working on windows 10?

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0 I currently have Firefox, Chrome and Opera installed (in that order). At the moment I use Firefox/Opera for personal use and Chrome for work related stuff. Firefox works like normal. Chrome and Opera however don't seem to load websites until after several times (sometimes never). I don't know if it maybe a privacy setting or something, (like I couldn't figure out why my microphone wasn't working in Audacity and it was because I had stopped Windows 10 from allowing use of Microphone), however I cannot find any settings. I have uninstalled and reinstalled all the browsers and ran in safemode, nothing seems to work. What can I do to resolve this? google-chrome firefox browser opera share | ...

Evaluate $int_{2}^{4}frac{sqrt{ln(9-x)} dx}{sqrt{ln(9-x)}+sqrt{ln(x+3)}}$ [duplicate]

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-1 This question already has an answer here: Integrating $ int_2^4 frac{ sqrt{ln(9-x)} }{ sqrt{ln(9-x)}+sqrt{ln(x+3)} } dx. $ 2 answers Help with the evaluation of this definite integral. I don't know where to start. So we have : $frac{sqrt{ln(9-x)}}{sqrt{ln(9-x)}+sqrt{ln(x+3)}}=frac{ln(9-x)-sqrt{ln(9-x)}sqrt{ln(x+3)} }{ln(9-x)-ln(x+3)}$ What's now? calculus share | cite | improve this question edited Nov 23 at 14:30 user376343 2,778 2 8 22 ...