Ejercicio de isomería (41) 4900

, por F_y_Q

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Escribe isómeros del tipo que se indica para cada par de compuestos:

1. ISÓMEROS GEOMÉTRICOS

a) \chemfig{H-[:45]C(-[:135]H_3C)=C(-[:45]H)-[:-45]CH_3}

b) \chemfig{Cl-[:45]C(-[:135]H_3C)=C(-[:45]Br)-[:-45]CH_2-CH_3}

2. ISÓMEROS DE CADENA

c) \chemfig{H_3C-C(-[2]CH_3) (-[6]CH_3)-CH_3}

d) \chemfig {H_3C-CH_2-CH_2-CH_3}

3. ISÓMEROS DE FUNCIÓN

e) \chemfig {H_3C-O-CH_2-CH_2-CH_3}

f) \chemfig {H_3C-CH_2-CH_2-C(=[1]O)-[7]H}

P.-S.

1. ISÓMEROS GEOMÉTRICOS

a) \fbox{\color[RGB]{192,0,0}{\chemfig{H_3C-[:45]C(-[:135]H)=C(-[:45]H)-[:-45]CH_3}}}

b) \fbox{\color[RGB]{192,0,0}{\chemfig{H_3C-[:45]C(-[:135]Cl)=C(-[:45]Br)-[:-45]CH_2-CH_3}}}

2. ISÓMEROS DE CADENA

c) \fbox{\color[RGB]{192,0,0}{\chemfig{H_3C-C(-[6]CH_3)-CH_2-CH_3}}}

d) \fbox{\color[RGB]{192,0,0}{\chemfig{H_3C-C(-[6]CH_3)-CH_3}}}

3. ISÓMEROS DE FUNCIÓN

e) \fbox{\color[RGB]{192,0,0}{\chemfig{H_3C-CH(-[2]OH)-CH_2-CH_3}}}

f) \fbox{\color[RGB]{192,0,0}{\chemfig{H_3C-CH_2-C(=[2]O)-CH_3}}}

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