Desarrollo de Los 5 Ejercicios

8/17/2019 Desarrollo de Los 5 Ejercicios

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UNIVERSIDAD NACIONAL ABIERTA Y A DISTANCIA – UNAD

ELECTROMAGNETISMO

TUTOR

CLAUDIA PATRICIA CASTRO

Grupo 201424-19

PRESENTADO POR:

ROSAMELINA MURILLO COUCNUBO – COD 101!1"!1#

E$ ESPINO

MAR%O DE 201


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1& U'( )(r*$$( +,$(+( 'o .o'+u./or( , +o$( ,' 3or( +, (r.o +,

.5r.u$o +, r(+*o ( 6 u/*,'+, u' 7'u$o θ ,' ,$ .,'/ro +,$ .5r.u$o& A $o

$(ro +, /o+( u $o'*/u+ , +*/r*u6, u'( .(r( /o/($ 8& E'.o'/r(r $(

*'/,'*+(+ +,$ .(po ,$./r*.o ,' ,$ .,'/ro +,$ .5r.u$o ,' 3u'.*' +, (

8 6 θ

SOLUCION

E=2 Kg

θ a2

sen θ

2

En direccionde la bisectriz del angulo y alejandose de la distribucion

2& Por *p$, 3r*..*' , pu,+, pro+u.*r u'( .(r( +, 10-8C. ;A 8u

po/,'.*($ ,$,)(r5( ,( .(r( u'( ,3,r( .o'+u./or( (*$(+( 8u, /*,',

10 . +, r(+*o<

SOLUCION8 = 10-8CR=01 )=>?R

V =9∗109 N m2

c2

∗10−8 C

1,0m=900 v

!& U'( $7*'( *'3*'*/( .(r(+( /*,', u'( +,'*+(+ up,r3*.*($ +, .(r(

=0&12@ₒ C/m2. ;8u ,p(r(.*' /*,',' +o up,r3*.*, ,8u*po/,'.*($,

,'/r, $( .u($, (6 u'( +*3,r,'.*( +, po/,'.*($ +, 4# )o$/*o<

Supo',o u' .(po u'*3or, +(+o por $( $,6 +, (u .oo

E=a

2c0

(5 ,$ .(po +, $( $7*'( , E=6.8 Kv /m

Lu,o /,',o ∆ v=

∆ U

Ϥ 0

=−w

Ϥ 0

=− Fd

Ϥ 0

=− Ed


3/5

por lo tantod=∆U

E =¿d=7mm

4& U'( $7*'( *'3*'*/( .(r(+( /*,', u'( +,'*+(+

up,r3*.*($ +, .(r(σ+

+, 10-[ C?2] ;u

,p(r(.*' /*,',' +o up,r3*.*, ,8u*po/,'.*($,

,'/r, $( .u($, (6 u'( +*3,r,'.*( +, po/,'.*($ +,

0[V]<

D(+o 8u, $( $7*'( , *'3*'*/( .(r(+( 6 /*,', u'( +,'*+(+

up,r3*.*($ +, .(r(σ+

.o'/('/, , o/*,',:

VE −∇=

d

VE =

σ

ε=⇒=

ε

σ V2d

d

V

2

0

0

02

Eε

σ=

[ ]mV85.810

501085.82V2d

7

12

0==

σ

ε=⇒

−

−


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& D, (.u,r+o .o' $( ,.7'*.( ',/o'*('( (o 8u +*3,r,'.*( +,p*o/,'.*($ +,, .(,r u' ,$,./r' p(r( (+8u*r*r u'( ),$o.*+(+ V *u($ (

$( ),$o.*+(+ +, $( $uF<

S(,o 8u, v i = √Z∆V

mobien∆V =

c2m

2 =256!v

"& ;Cu7$ , $( ('*/u+ +*r,..*' 6 ,'/*+o +, u' .(po ,$./r*.o 8u,

,8u*$*r, ,$ p,o +, u' ,$,./r'<

E=.(po ,$./r*.o

,=3u,rF( ,$./r*.(= 8HE ,.u(.*' 1J

,=H 3u,rF( +, r(),+(+J

Iu($('+o ,.u(.*o',

8 E=

D,p,('+o E p(r( ($$(r ,$ .(po ,$./r*.o +,$ ,$,./r'&

Eelectron=me g

e=

(9,1095∗10−31 )!g∗9,8 mseg

2

−1,6021917∗10−19

c=

89,2731∗10−31

Newton

−1,6021917∗10−19

c=−55,71∗10

−12 newto

coulomb


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BIBLIOGRAIA

S,r(6 R& 6 B,*.',r R& 1999 J& 5*.( p(r( C*,'.*( , I','*,r5( K ,+ J&M*.o: M.& Gr( *$$

G,//6 & >,$$,r & 6 So), M& 200J 5*.( p(r( C*,'.*( , I','*,r5(Too 2& M,*.o& M. Gr(-*$$&

C(r( 6 C(po E$./r*.o& R,.up,r(+o ,$ 20 +, Ar*$ +, 2014,': //p:??*'&u'',&,+u&(r?pu?3**.(!?10!0#?/,o?/,o1&p+3

L,6 +, Cou$o& R,.up,r(+o ,$ 20 +, Ar*$ +, 2014,': //p:??&o,/o&u'(&?3**.(?$,6Cou$o?*'+,&/$

C*r.u*/o E$./r*.o& R,.up,r(+o ,$ 21 +, Ar*$ +, 2014 ,'://p:??&u'/(+,('+($u.*(&,?(),rro,?r,.uro*'3or(/*.o?('+(r,+02?/,.'o$o*(?*(,?4-,$./r*&p+3

r(*$, Q& 200J& E$,./ro(',/*o 6 .*r.u*/o ,$./r*.o 1K ,+ J& Ep((:M.& Gr( *$$

//p:??&)*r/u($&u'($&,+u&.o?.uro?*','*,r*(?2001"01?

//p:??&,+u.('+o&,+u&+o?(r/*.u$o?,/u+*('/,?.o-(.,r-u'-u,'-r,u,'?
http://ing.unne.edu.ar/pub/fisica3/170308/teo/teo1.pdfhttp://www.objetos.unam.mx/fisica/leyCoulomb/index.htmlhttp://www.virtual.unal.edu.co/cursos/ingenieria/2001601/http://www.educando.edu.do/articulos/estudiante/cmo-hacer-un-buen-resumen/http://www.educando.edu.do/articulos/estudiante/cmo-hacer-un-buen-resumen/http://www.objetos.unam.mx/fisica/leyCoulomb/index.htmlhttp://www.virtual.unal.edu.co/cursos/ingenieria/2001601/http://www.educando.edu.do/articulos/estudiante/cmo-hacer-un-buen-resumen/http://www.educando.edu.do/articulos/estudiante/cmo-hacer-un-buen-resumen/http://ing.unne.edu.ar/pub/fisica3/170308/teo/teo1.pdf

Desarrollo de Los 5 Ejercicios

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