PROGRAMA: ECUACIÓN DE SEGUNDO GRADO" X ^ 2 " ? A EXE" X " ? B EXE" N " ? C EXE( - B + √ ( B ^ 2 - 4 A C ) ) ÷ 2 A E EXE( - B - √ ( B ^ 2 - 4 A C ) ) ÷ 2 A E EXE" X 1 " EXEE" X 2 " EXEF

PROGRAMA: MATRIZ 2x2 - SISTEMA DE ECUACIÓN DE 2 VARIABLES" A X + B Y = E " EXE" C X + D Y = F " EXE" A " ? A EXE" B " ? B EXE" C " ? C EXE" D " ? D EXE" E " ? E EXE" F " ? F EXE( A D - B C ) M EXE( E D - F B ) ÷ M X EXE( A F - C E ) ÷ M Y EXE" X " EXEX" Y " EXEY

PROGRAMA: MATRIZ 3x3 - SISTEMA DE ECUACIÓN DE 3 VARIABLES" A X + B Y + C Z = D " EXE" E X + F Y + G Z = H " EXE" I X + J Y + K Z = H " EXE" A " ? A EXE" B " ? B EXE" C " ? C EXE" D " ? D EXE" E " ? E EXE" F " ? F EXE" G " ? G EXE" H " ? H EXE" I " ? I EXE" J " ? J EXE" K " ? K EXE" L " ? L EXE( A F K + B G I + C E J - B E K - A G J - C F I ) M EXE( D F K + B G L + C H J - B H K - D G J - C F L ) ÷ M X EXE( A H K + D G I + C E L - D E K - A G L - C H I ) ÷ M Y EXE( A F L + B H J + D E J - B E L - A H J - D F I ) ÷ M Z EXE" X " EXEX" Y " EXEY" Z " EXEZ

PROGRAMA: CONVERSIÓN DE BINARIO A DECIMAL" B I N A R I O " ? B EXE0 D EXE0 I EXE

Lbl 1 EXE( Frac ( B ÷ 1 0 ) x 1 0 ) R EXEIf R < 2 EXE

Then ( ( R x 2 ^ I ) + D ) D EXE( ( B - R ) ÷ 1 0 ) B EXE( I + 1 ) I EXE

Else " N O E S B I N A R I O " : Step EXEIfEnd EXE

If B ≠ 0 EXEThen Goto 1 EXEIfEnd EXED

PROGRAMA: HALLAR LA HIPOTENUSA SABIENDO SUS DOS CATETOS" X ( 1 , 1 ) " ? A EXE" X ( 1 , 2 ) " ? B EXE" H I P O T E N U S A = " EXE√ ( A ^ 2 + B ^ 2 ) EXE

PROGRAMA: INTEGRAL DEFINIDA" E V A L U A R " EXE" D E " ? A EXE" A " ? B EXE( B - A ) ÷ 6 D EXEA X EXED Y 1 E EXE( A + B ) ÷ 2 X EXE4 D Y 1 F EXEB X EXED Y 1 G EXEE + F + G EXE

PROGRAMA: ELIMINACIÓN GAUSSIANAClrText : " E L I M I N A C I O N D E G A U S S " EXE" E C U A C I O N E S N " ? N EXEN + 1 M EXE

Seq( 0 , A , 1 , NM , 1 ) List 1For 1 I To N M EXEClrText : " D A T O " ? List 1 [ I ] EXE

Next EXESeq( 0 , A , 1 , N , 1 ) List 3 EXE

ClrText EXE" M A T R I Z I N I C I O "

List 1 List 2 : List 2For 1 K To N - 1 EXEFor K J To N EXEList 2 [ ( J - 1 ) M + K ] ≠ 0 Break EXE

Next EXEN = 1 1 J EXE

List 2 [ ( J - 1 ) M + K ] = 0 Goto 1 EXEN = 1 Goto 8 EXEIf J ≠ K : Then ClrText EXE" C A M B I O F I L A " : K" C O N F I L A " : J

For 1 C To N + 1 EXEList 2 [ ( K - 1 ) M + C ] D EXEList 2 [ ( J - 1 ) M + C ] List 2 [ ( K - 1 ) M + C ] EXED List 2 [ ( J - 1 ) M + C ] : Next : List 2

IfEnd EXEFor K + 1 J To N EXE- List 2 [ ( J - 1 ) M + K ] ┘ List 2 [ ( K - 1 ) M + K ] H EXEIf H ≠ 0 EXE

Then ClrText EXE" M U L T I P L I C A N D O " : H" P O R L A F I L A " : K" M A S L A F I L A " : J

For 1 C To N + 1 EXEH List 2 [ ( K - 1 ) M + C ] + List 2 [ ( J - 1 ) M + C ] List 2 [ ( J - 1 ) M + C ] EXE

Next EXEList 2

IfEnd EXENext EXENext EXELbl 8 : ClrText : " E L I M I N A C I O N C O M P L E T A : "List 2List 2 [ ( N - 1 ) M + N ] B EXEB = 0 Goto 1 EXE

List 2 [ ( N - 1 ) M + N + 1 ] ┘ B List 3 [ N ] EXEN = 1 Goto 7 EXE

For N - 1 E To 1 Step - 1 EXE0 D EXE

For E + 1 C To N EXEList 3 [ C ] List 2 [ ( E - 1 ) M + C ] + D D : Next EXE( List 2 [ ( E - 1 ) M + N + 1 ] - D ) ┘ List 2 [ ( E - 1 ) M + E ] List 3 [ E ] : Next : Lbl 7

ClrText : " S O L U C I O N E S : "List 3

Goto 2 : Lbl 1 : ClrText : " S I N S O L U C I O N "Lbl 2 : ClrText : " F I N D E L P R O G R A M A "ClrText :