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REPUBLICA BOLIVARIANA DE VENEZUELA
MINISTERIO DEL PODER POPULAR PARA LA EDUCACIÓN
UNIVERSIDAD POLITÉCNICA TERRITORIAL DE LARA
ANDRÉS ELOY BLANCO
BARQUISIMETO, EDO-LARA
Expresiones Algebraicas ,
Factorización y Radicación
Eiber Mendoza C.I: v.29.506.223
Pablo Peraza C.I: v-29.795.117
PNF Higiene y Seguridad Laboral
• Expresiones algébricas •
• Suma
• Resta
•Valor numérico
 4x+3y+z ; 2x+3y-2z =
=(4x+3y+z) + (2x+3y-2z)
=(4+2) x + (3+3) y + (1-
2)z
=6x+6y-z
 6x + 3x =
=9x
 9xyz – 5xyz =
=4xyz
 4x + 3y + z ; 2x +3y -
2z =
=(4x + 3y + z) - (2x + 3y
- 2z)
= 4x + 3y+z – 2x +3y –
2z
=(4-2) x + (3+3) y + (1-
2)z
=2x+6y-z
3x - 2x + 1 ; X= -2
= 3. (-2) -2. (-2) + 1
= -3. (-4) – 4. (-4) + 3
= 3. 4 – 2. (-2) +1
= -3. 16 + 16 + 3
= 12 + 4 + 1
= -48 + 19
= 17
-3x – 4x +3 ; x= -4
= -3. (-4) – 4. (-4) + 3
= 3. 4 – 2. (-2) +1
= -3. 16 + 16 + 3
= 12 + 4 + 1
= -48 + 19
= 17
= -29
2
2
2
2
• Expresiones algébricas •
•Factorización por producto Notable
 Ay - 2ay - 6by + 3bx
= (ay – 2ay) + (-6by + 3by)
= (1 – 2)ay + (-6 + 3)by
= (-1ay) . (-3by)
 x y z – 3x y z + 5x y z
= ( X . Y . Z ) -3(X . Y . Z ) + 5(X . Y . Z )
= X . Y . Z -
•Simplificación de fracciones
X - 16 = ( X – 4) . ( X
+ 4)
X - 8X +16 ( X -4)
 X - 16
X - 8X +16
X - 3X - 4 = (X – 4) . (X + 1)
X - X – 12 (X – 4) . (X + 3)
= ( X+ 1)
( X + 3)
 X -3X – 4
X – X - 12
2 2
2
2
2
2 2 2
2
3 3
3
3
3
2
2
2
2
2
2 2
2
2
2
2
• Expresiones algébricas •
• Suma y resta de fracciones
 X + X + 1
X – 1 (X- 1 )
= X . (X -1) + (X – 1) . (X + 1)
(X – 1) . (X – 1)
= X . ( X +1) + ( X – 1)
( x – 1 ) . (x + 1)
= X + ( x – 1 )
( x – 1)
 X y + X
9x – y x – x + 1
= ( x. y) . (x – x+1) + (x) . (9x – y )
(9x – y ) . (x – x + 1)
= (X . Y) + x
2 2
2 2
2 2
2
2 2
2
2 2 2
2 2 2
2 2 2
3
3
• Expresiones algébricas •
•Multiplicación •División
 2 x +2 x ; X - 3x
2 X x -2x – 3
= 2 x + 2 . X . X –
3x
2 x X –
2x-3
= (2 x +2 x ) . (X – 3 x
)
(2 x ) . (X – 2x – 3)
= X ( 2 x + 2) . (X -3 x )
X (2 x ) . (x – 2) . (x +
1)
= X (2 x + 2 ) . (x – 3 x
)
X ( 2 X ) . (x – 3 x )
= X ( 2 x + 2)
X ( 2 x )
 (X – y) , X + X + 1
X – 1 (X – y)
= (X – Y ) . (X + X + 1)
(X – 1) . ( x – y )
=( X – Y ).x (X + 1).(X –
1)
(X – 1) . (X – Y )
= ( x – y ) . ( x – 1)
(x – 1) ( x – y )
= ( x – y )
( x – y )
= x+ y
2
2
2
2
2
2
2
2
2 2
2 2
2
2
2
2
2
2
2
2
2 2
2 2
2 2
2 2
3
3
3
3
3
3
3
3
3 3 3
3
3 3
• División Fracciones Algebraicas
 3 a
5 a
a + 6 a b + 9 b a
b + 3 a b
/
+ -
( 3 a ) . ( a b + 3 a b
)
( 5 a ) . ( a + 6 a b +
9 b )
=
=
3 a b + 9 a b
5 a + 30 a b + 45 a b
=
12 a b
80 a b
= = 12 a
80 a
12 a a
80
= =
12 a
80
 ( x - 7x + 5 ) / ( x -
3)
• Factorización por el Método Ruffini
 (x – x + 2x -2) / (x+1)
2
2
3
X-3=0
X=3
1 -7 5
3 -12
1 -4 -7
3
C(X)= -
4
R(x)= -
7
1 -2 4 -6
-1 2 -4
1 -1 2 -2
-1
1 -7 5
 ( x - 7x + 5 ) / ( x -
3)
• Factorización por el Método Ruffini
 (x – x + 2x -2) / (x+1)
2
2
3
X-3=0
X=3
1 -7 5
3 -12
1 -4 -7
3
C(X)= -
4
R(x)= -
7
X+1=0
X= -1
1 -2 4 -6
-1 2 -4
1 -1 2 -2
-1
C(X)= x -2x +4
R(x)= -6
2
1 -7 5

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Expresiones algebraicas

  • 1. REPUBLICA BOLIVARIANA DE VENEZUELA MINISTERIO DEL PODER POPULAR PARA LA EDUCACIÓN UNIVERSIDAD POLITÉCNICA TERRITORIAL DE LARA ANDRÉS ELOY BLANCO BARQUISIMETO, EDO-LARA Expresiones Algebraicas , Factorización y Radicación Eiber Mendoza C.I: v.29.506.223 Pablo Peraza C.I: v-29.795.117 PNF Higiene y Seguridad Laboral
  • 2. • Expresiones algébricas • • Suma • Resta •Valor numérico  4x+3y+z ; 2x+3y-2z = =(4x+3y+z) + (2x+3y-2z) =(4+2) x + (3+3) y + (1- 2)z =6x+6y-z  6x + 3x = =9x  9xyz – 5xyz = =4xyz  4x + 3y + z ; 2x +3y - 2z = =(4x + 3y + z) - (2x + 3y - 2z) = 4x + 3y+z – 2x +3y – 2z =(4-2) x + (3+3) y + (1- 2)z =2x+6y-z 3x - 2x + 1 ; X= -2 = 3. (-2) -2. (-2) + 1 = -3. (-4) – 4. (-4) + 3 = 3. 4 – 2. (-2) +1 = -3. 16 + 16 + 3 = 12 + 4 + 1 = -48 + 19 = 17 -3x – 4x +3 ; x= -4 = -3. (-4) – 4. (-4) + 3 = 3. 4 – 2. (-2) +1 = -3. 16 + 16 + 3 = 12 + 4 + 1 = -48 + 19 = 17 = -29 2 2 2 2
  • 3. • Expresiones algébricas • •Factorización por producto Notable  Ay - 2ay - 6by + 3bx = (ay – 2ay) + (-6by + 3by) = (1 – 2)ay + (-6 + 3)by = (-1ay) . (-3by)  x y z – 3x y z + 5x y z = ( X . Y . Z ) -3(X . Y . Z ) + 5(X . Y . Z ) = X . Y . Z - •Simplificación de fracciones X - 16 = ( X – 4) . ( X + 4) X - 8X +16 ( X -4)  X - 16 X - 8X +16 X - 3X - 4 = (X – 4) . (X + 1) X - X – 12 (X – 4) . (X + 3) = ( X+ 1) ( X + 3)  X -3X – 4 X – X - 12 2 2 2 2 2 2 2 2 2 3 3 3 3 3 2 2 2 2 2 2 2 2 2 2 2
  • 4. • Expresiones algébricas • • Suma y resta de fracciones  X + X + 1 X – 1 (X- 1 ) = X . (X -1) + (X – 1) . (X + 1) (X – 1) . (X – 1) = X . ( X +1) + ( X – 1) ( x – 1 ) . (x + 1) = X + ( x – 1 ) ( x – 1)  X y + X 9x – y x – x + 1 = ( x. y) . (x – x+1) + (x) . (9x – y ) (9x – y ) . (x – x + 1) = (X . Y) + x 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 3 3
  • 5. • Expresiones algébricas • •Multiplicación •División  2 x +2 x ; X - 3x 2 X x -2x – 3 = 2 x + 2 . X . X – 3x 2 x X – 2x-3 = (2 x +2 x ) . (X – 3 x ) (2 x ) . (X – 2x – 3) = X ( 2 x + 2) . (X -3 x ) X (2 x ) . (x – 2) . (x + 1) = X (2 x + 2 ) . (x – 3 x ) X ( 2 X ) . (x – 3 x ) = X ( 2 x + 2) X ( 2 x )  (X – y) , X + X + 1 X – 1 (X – y) = (X – Y ) . (X + X + 1) (X – 1) . ( x – y ) =( X – Y ).x (X + 1).(X – 1) (X – 1) . (X – Y ) = ( x – y ) . ( x – 1) (x – 1) ( x – y ) = ( x – y ) ( x – y ) = x+ y 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3
  • 6. • División Fracciones Algebraicas  3 a 5 a a + 6 a b + 9 b a b + 3 a b / + - ( 3 a ) . ( a b + 3 a b ) ( 5 a ) . ( a + 6 a b + 9 b ) = = 3 a b + 9 a b 5 a + 30 a b + 45 a b = 12 a b 80 a b = = 12 a 80 a 12 a a 80 = = 12 a 80  ( x - 7x + 5 ) / ( x - 3) • Factorización por el Método Ruffini  (x – x + 2x -2) / (x+1) 2 2 3 X-3=0 X=3 1 -7 5 3 -12 1 -4 -7 3 C(X)= - 4 R(x)= - 7 1 -2 4 -6 -1 2 -4 1 -1 2 -2 -1 1 -7 5
  • 7.  ( x - 7x + 5 ) / ( x - 3) • Factorización por el Método Ruffini  (x – x + 2x -2) / (x+1) 2 2 3 X-3=0 X=3 1 -7 5 3 -12 1 -4 -7 3 C(X)= - 4 R(x)= - 7 X+1=0 X= -1 1 -2 4 -6 -1 2 -4 1 -1 2 -2 -1 C(X)= x -2x +4 R(x)= -6 2 1 -7 5