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User:Andlabs

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Please consider supporting The Cutting Room Floor on Patreon. Thanks for all your support! User:Andlabs From The Cutting Room Floor Jump to: navigation, search Hi! I'm andlabs. You've probably seen me around. Most of my research for TCRF is on the Genesis (or Mega Drive if you prefer). I'm a 68000 guy, so I can find things in the code of games better than other aspects. My 68000 knowledge extends to some arcade games as well. I've also written a 65816 disassembler for SNES games, a HuC6280 disassembler for TurboGrafx-16 games, and did some dabbling with the GBA too. If you came here from a Source: tag at the bottom of the page, and have further questions about what I found, don't be afraid to ask! Just keep in mind that I have lost a lot of my older research on damaged hard drives. I'll have it all recovered one day, though~ WIP stuff can al

Stefano Boggia

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Stefano Boggia Stefano Boggia in fuga al Campionato Italiano di Genova 2007 Nazionalità Italia Altezza 178 cm Peso 65 kg Ciclismo Specialità Strada, Ciclocross, Mountain bike, Pista Ritirato 2007 Carriera Squadre di club 1999-2000   Zalf-Fior 2001 Parolin 2002-2003 Vezza Brunero 2004 Icet 2005-2007   Ceramica Flaminia Nazionale 1997-1998  Italia Juniores 2002  Italia Under 23 2006-2007  Italia Ciclocross   Modifica dati su Wikidata  · Manuale Stefano Boggia (Gattinara, 25 settembre 1980) è un ex ciclista su strada italiano. Indice 1 Carriera 2 Pamarès 2.1 Altri successi 2.2 Piazzamenti 3 Ciclocross 3.1 Vittorie 3.2 Piazzamenti 3.3 Partecipazioni in Coppa del Mondo 4 Note Carriera | Nelle categorie giovanili ottiene oltre 60 successi [1] ed è 4° al Campionato del Mondo Juniores di Valkenbourg [2] vinto dall'Irland

How to prove that$D<0.5 T;$?

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0 $begingroup$ We have the formula of obligation duration: $$D = frac{C}{P} (1- frac{1+Tr}{(1+r)^{T}}) frac {1+r}{r^2} + frac {C+N}{P} frac{T}{(1+r)^2},$$ Here: $rin(0,1)$ , $Tin mathbb N$ (number of time periods), $Nin mathbb N$ (obligation nominal value), $P in mathbb N$ (obligation price), $C=cN, cin(0,1).$ Check if $D<dfrac{T}{2}.$ sequences-and-series inequality share | cite | improve this question edited Jan 20 at 15:36 jordan_glen 1 asked Jan 20 at 15:33 P