5. Subraya con colo los valores de los nümeros cuánticos que sean correctos para el electrón diferencial. a) (}_{12)Mg=l_(10)Ne] (1.1)/(3s) n=2,l=0,m=0,s=-(1)/(2) b) (}_{28)Ni=[_(18)Ar] (uparrow downarrow )/(4s) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow )/(3d) (uparrow )/(3d) n=3,l=2,m=0,s=-(1)/(2) c) (}_{47)Ag=[_(36)Kr] (uparrow downarrow )/(5s) TV (uparrow downarrow )/(4d) (uparrow downarrow )/(4d) (1downarrow )/(4d) (uparrow )/(4d) n=4,l=2,m=+1,s=-(1)/(2) d) (}_{25)Mn=[_(18)Ar] (uparrow downarrow )/(4s) (uparrow )/(3d) (uparrow )/(3d) (uparrow )/(3d) (uparrow )/(3d) ((1))/(3d) n=3,l=2,m=+2,s=+(1)/(2) e) 35Mn =[18Ar] (uparrow downarrow )/(4s) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(4p) (11)/(4p) (uparrow )/(4p) n=4,l=1,m=0,s=-(1)/(2)

Question

Problemas

$5. Subraya con colo los valores de los nümeros cuánticos que sean correctos para el electrón diferencial. a) (}_{12)Mg=l_(10)Ne] (1.1)/(3s) n=2,l=0,m=0,s=-(1)/(2) b) (}_{28)Ni=[_(18)Ar] (uparrow downarrow )/(4s) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow )/(3d) (uparrow )/(3d) n=3,l=2,m=0,s=-(1)/(2) c) (}_{47)Ag=[_(36)Kr] (uparrow downarrow )/(5s) TV (uparrow downarrow )/(4d) (uparrow downarrow )/(4d) (1downarrow )/(4d) (uparrow )/(4d) n=4,l=2,m=+1,s=-(1)/(2) d) (}_{25)Mn=[_(18)Ar] (uparrow downarrow )/(4s) (uparrow )/(3d) (uparrow )/(3d) (uparrow )/(3d) (uparrow )/(3d) ((1))/(3d) n=3,l=2,m=+2,s=+(1)/(2) e) 35Mn =[18Ar] (uparrow downarrow )/(4s) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(4p) (11)/(4p) (uparrow )/(4p) n=4,l=1,m=0,s=-(1)/(2)$

5. Subraya con colo los valores de los nümeros cuánticos que sean correctos para el electrón diferencial. a) (}_{12)Mg=l_(10)Ne] (1.1)/(3s) n=2,l=0,m=0,s=-(1)/(2) b) (}_{28)Ni=[_(18)Ar] (uparrow downarrow )/(4s) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow )/(3d) (uparrow )/(3d) n=3,l=2,m=0,s=-(1)/(2) c) (}_{47)Ag=[_(36)Kr] (uparrow downarrow )/(5s) TV (uparrow downarrow )/(4d) (uparrow downarrow )/(4d) (1downarrow )/(4d) (uparrow )/(4d) n=4,l=2,m=+1,s=-(1)/(2) d) (}_{25)Mn=[_(18)Ar] (uparrow downarrow )/(4s) (uparrow )/(3d) (uparrow )/(3d) (uparrow )/(3d) (uparrow )/(3d) ((1))/(3d) n=3,l=2,m=+2,s=+(1)/(2) e) 35Mn =[18Ar] (uparrow downarrow )/(4s) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(3d) (uparrow downarrow )/(4p) (11)/(4p) (uparrow )/(4p) n=4,l=1,m=0,s=-(1)/(2)

Answer 1

La respuesta correcta es la opción e) ${}_{35}Mn=[_{18}Ar]\quad \frac {\uparrow \downarrow }{4s}\quad \frac {\uparrow \downarrow }{3d}\quad \frac {\uparrow \downarrow }{3d}\quad \frac {\uparrow \downarrow }{3d}\quad \frac {\uparrow \downarrow }{3d}\quad \frac {\uparrow \downarrow }{4p}\quad \frac {\uparrow }{4p}\quad \frac {\uparrow }{4p}$<br />$n=4,l=1,m=0,s=-\frac {1}{2}$<br /><br />En esta opción, los valores de los números cuánticos son correctos para el electrón diferencial del átomo de manganeso (Mn). Los números cuánticos n, l, m y s corresponden a las energías, formas, orientaciones y espines de los electrones, respectivamente. En el caso del manganeso, el electrón diferencial se encuentra en el subnivel 4p, lo que se refleja en los valores n=4 y l=1. El valor m=0 indica la orientación del orbital p, y s=-1/2 indica el espín del electrón.

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