ĂƠẬẤKSẸ##xÂỶớỚ=SNÂẮộƠẺ=ẤMỬUỖẤÂíỆTẤ=ƠẸUƠẤUỚỎUẤ=ỢUƠẤUỖ$}ỐUẤẨẦẬÉÂĂ/ƠẬẮĂỶẤKSẸ##xÂỶẽNẸLÂẮẳƠỚÔ$ẤẨB/ẬÁẤớỠUƠẤMÚẼUÁẤẽỬỚẤhẽớíẤ=ỠUƠẤớƠẸUƠẤẽÙẸẤ=ỮẤKƠ,KẤhỘẤỶƠẺ=ẤMỬUỖẤ“íỆTẤ=ƠẸUƠẤUỚỎUẤ=ỢUƠẤUỖ$}ỐU”Ấ<XỚẤKƠ?ẤMÔẤ“ẳỨUỖẤ=@ỢUƠẤ=ƠẸUƠẤUỚỎUẤSẼTẤ=ƠNÚẤSYỚẤặẺK”ÁẤ<XỚẤ#!ẤKÙẤTF=ẤK?ẸẤỖÌUẤẬÀẦẦẦẤMÚẼUẤ<ỚỎUẤ=ƠẸUƠẤUỚỎUẤớộẤớƠẸUƠẤẽÙẸÀĂ/ỶẮĂỶẤKSẸ##xÂỶặÚL}ÂẮĂỚTỖẤ#@KxÂ//Ớ<ÀJẸÚ=ƠẸUƠƠÚẸÀ<U/UN>#/ẬÉẦẪ/BELCẬẦCẦẦẦ=CBCĐCẦBSẬÀQỶỖÂẤ/Ắ1UƠẤhỎẤụỆUẤớ@$UỖẤ-ẤặỜẤ=Ơ;ẤớỠUƠẤMÚẼUẤớƠẸUƠẤẽÙẸẤỶƠẺ=ẤMỬUỖẤíỆTẤ=ƠẸUƠẤUỚỎUẤ=ỢUƠẤUỖ$}ỐUẤẨẦẬÉÀĂ/ỶẮĂỶẤKSẸ##xÂỶặÚL}ÂẮớÊỚẤSỘẤỶƠẺ=ẤMỬUỖÁẤẸUƠẤhỎẤụỆUẤớ@$UỖẤ-ẤặỜẤ=Ơ;ẤớỠUƠẤMÚẼUẤớƠẸUƠẤẽÙẸẤMỀẤMÔẤUỖƠỞẤKẺKẤKÍỶẤJỬẤMÚẼUẤ=ỚÕỶẤ=&KẤỶƠẺ=ẤƠ$}ẤJÌ$ẤUƠỚỐ=ẤƠ$}Õ=ẤK?ẸẤ=ƠẸUƠẤUỚỎUÁẤ=Ơ!KẤƠỚỐUẤ=Ừ=ẤKẺKẤUỬỚẤL$UỖẤ=@ỦUỖẤ=ITẤK?ẸẤUỆTẤ=ƠẸUƠẤUỚỎUẤ=ỢUƠẤUỖ$}ỐUÀẤẽ;XUỖẤ=XỚẤR ẤUỚỐTẤCẦẤUỆTẤUỖẼ}Ấ=Ơ!KẤƠỚỐUẤẵỚẤKƠ%KẤẳƠ?Ấ=ỞKƠẤẽỰẤẳƠỜẤiỚUƠÁẤR ẤUỚỐTẤÉÉẦẤUỆTẤẵẸUƠẤ{;UỖẤớƠẸUƠẤẽÙẸÁẤKẺKẤKÍỶẤJỬẤMÚẼUẤKÌUẤUIUỖẤKẸÚẤKƠÍ=ẤS;ÝUỖẤƠÚÊ=ẤMỬUỖÁẤMỈ}ẤTÊUƠẤ=Ơ!KẤƠỚỐUẤỶƠÚUỖẤ=@ẼÚẤ=ƠẸUƠẤUỚỎUẤ=ỢUƠẤUỖ$}ỐUÁẤTỲẤ@ỬUỖẤỸ$}ẤTỨÁẤUIUỖẤKẸÚÁẤMỮỚẤTXỚẤKẺKẤƠÚÊ=ẤMỬUỖẤ=ƠẸUƠẤUỚỎUẤ=ỢUƠẤUỖ$}ỐUÁẤKƠ%Ấ=@ỦUỖẤ=ỢUƠẤUỖ$}ỐUẤ=Ơ;YUỖẤ{$}ỎUÁẤ=ỢUƠẤUỖ$}ỐUẤ=ÊỚẤKƠVÀẤớỮẤKƠ,KẤKẺKẤƠÚÊ=ẤMỬUỖẤ=ÊÚẤTỨỚẤ=@;YUỖẤKƠÚẤ=ƠẸUƠẤ=ƠỚÕ$ẤUƠỚẤƠỦKẤ=ỊỶÁẤRƠỲỚẤUỖƠỚỐỶÁẤSỊỶẤUỖƠỚỐỶÁẤUIUỖẤKẸÚẤR0ẤUỆUỖẤ=Ơ!KẤƠẼUƠẤ{ỀẤƠỬỚ…Ă/ỶẮĂỶẤKSẸ##xÂỶặÚL}ÂẮĂỚTỖẤ#@KxÂ//Ớ<ÀJẸÚ=ƠẸUƠƠÚẸÀ<U/UN>#/ẬÉẦẪ/BELCẬẦCẦẦẦ=CBCĐCẦBSẨÀQỶỖÂẤ/ẮẳẺKẤMWUẤ<ỞẤR[ẤKẸTẤRÕ=ẤỖỚẸÚẤ;XKẤ=ƠỚẤM$ẸẤUỆTẤẨẦẬÉÀĂ/ỶẮĂỶẤKSẸ##xÂỶặÚL}ÂẮớÊỚẤKƠ;WUỖẤ=@ỢUƠÁẤ=@;ỲUỖẤKẺKẤK&TẤ=ƠỚẤM$ẸẤTỚÔUẤU%ỚÁẤMỰUỖẤJỄUỖÁẤ<NUẤJỚỒUÁẤ=ƠẼUƠẤỶƠỪÁẤ=ƠỞẤ{ỀÁẤ=@;YUỖẤƠỦKẤ<ẼẤ=@!KẤ=Ơ$ỬKẤMỀẤR[ẤRÕ=ẤỖỚẸÚẤ;XKẤ=ƠỚẤM$ẸẤ=Ơ!KẤƠỚỐUẤKẺKẤKƠỠẤ=ỚỎ$ÁẤKƠ;WUỖẤ=@ỢUƠẤK?ẸẤíỆTẤ=ƠẸUƠẤUỚỎUẤ=ỢUƠẤUỖ$}ỐUẤẨẦẬÉÀĂ/ỶẮĂỶẤKSẸ##xÂỶặÚL}ÂẮíƠIUẤLỞỶẤUẼ}ÁẤặẸUẤớƠ;YUỖẤ<&ẤớỠUƠẤMÚẼUÁẤẽỬỚẤhỚỎUẤƠỚỐỶẤ=ƠẸUƠẤUỚỎUẤ=ỠUƠẤMỀẤ=@ẸÚẤMỰUỖẤỶƠ&KẤKƠÚẤKẺKẤKI$ẤSÊKẤJỬẤ=ƠẸUƠẤUỚỎUẤJẾÚẤMẾTẤ=@Ị=Ấ=!ẤẸUẤ=ÚẼUẤỖỚẸÚẤ=ƠỨUỖẤ<ẼẤ<ỐẤ#ỚUƠẤTỨỚẤ=@;YUỖẤK?ẸẤớộẤớƠẸUƠẤẽÙẸÀĂ/ỶẮĂỶẤKSẸ##xÂỶặÚL}ÂẮíỖẸ}Ấ#Ẹ$ẤSỘẤỶƠẺ=ẤMỬUỖÁẤỖÌUẤẬÀẦẦẦẤMÚẼUẤ<ỚỎUÁẤ=ƠẸUƠẤUỚỎUẤớộẤớƠẸUƠẤẽÙẸẤMỀẤ@ẸẤỸ$IUẤ=Ơ!KẤƠỚỐUẤ=ỮUỖẤLỦUẤ<ỐẤ#ỚUƠẤTỨỚẤ=@;YUỖÁẤ=@ỰUỖẤM;YUỖẤƠÚẸẤ=ƠẸUƠẤUỚỎUÁẤJÙKẤ{ÙẸẤJỚỒUẤỸ$ẾUỖẤKẺÚAẤỶƠỪỚẤƠÝỶẤ<XỚẤKẺKẤUỖẼUƠẤKƠ,KẤUỆUỖẤ=ƠẸTẤỖỚẸẤ=$}ỎUẤ=@$}ÔUẤ<ỊUẤMỬUỖẤMÚẼUẤ<ỚỎUÁẤ=ƠẸUƠẤUỚỎUẤ<ẼẤUƠIUẤLIUẤUỖƠỚỎTẤKƠỠUƠẤKƠÍỶẤƠẼUƠẤỶƠẺỶẤS$Ị=Ấ<ÔẤẸUẤUỚUƠẤ=@Ị=Ấ=!ÁẤẸUẤ=ÚẼUẤỖỚẸÚẤ=ƠỨUỖÁẤỖÙỶẤỶƠÌUẤ{I}ẤL!UỖẤ=ỠUƠẤớƠẸUƠẤẽÙẸẤUỖẼ}ẤKẼUỖẤỖỚẼ$ẤMÓỶÁẤ<ỆUẤTỚUƠÀĂ/ỶẮĂỶẤKSẸ##xÂỶ1$=ƠÚ@ÂẮụÀ1Ă/ỶẮ