Mixed-exercise (ZMK-70) Draw the Lewis structures of the following molecules. Insert the partial loads (not C-H). Give each at, which [translation unavailable] are and which molecules with each other hydrogen bonds training. Name the crucial intermolecular interaction within itself. Assess whether the substance would mix with the given molecule. Full problem statement [here] as [translation unavailable] Lewis structure dipole moment H-bridge ZMK? Mixed with .. {a) } HCl {Heptane }, C_7_H16 {b) } CH4 {Water} {c) } CH2O {Water} {d) } H3CCl {Water} {e) } CCl4 {Water} {f) } CH3CH2CH2CH2SH {Olive oil} {g) } HCOOH {Heptane }, C7H16 {h) } He {pentanol } C5H11OH {i) } H2S {Water} {j) } NH3 {[translation unavailable]} CH3CH2OH

  Exercise: ZMK-70    

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Draw the Lewis structures of the following molecules. Insert the partial loads (not C-H). Give each at, which [translation unavailable] are and which molecules with each other hydrogen bonds training. Name the crucial intermolecular interaction within itself. Assess whether the substance would mix with the given molecule.

Full problem statement [here] as [translation unavailable]

	Lewis structure	dipole moment	H-bridge	ZMK?	Mixed with ..
{a) } HCl					{Heptane }, C_7_H16
{b) } CH4					{Water}
{c) } CH2O					{Water}
{d) } H3CCl					{Water}
{e) } CCl4					{Water}
{f) } CH3CH2CH2CH2SH					{Olive oil}
{g) } HCOOH					{Heptane }, C7H16
{h) } He					{pentanol } C5H11OH
{i) } H2S					{Water}
{j) } NH3					{[translation unavailable]} CH3CH2OH

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Solution:

	Lewis structure	dipole moment	H-bridge	ZMK?	Mixed with ..
{a) } HCl	H-Cl	{yes}	{no}	{[translation unavailable]}	{Heptane }, C7H16	{no}
{b) } CH4	$L(1.2){C}<_(A135)H><_(A-135)H><_(A45,w+)H><_(A-45,d+)H>	{no}	{no}	{van der Waals forces}	{Water}	{no}
{c) } CH2O	H\$L(1.0)C<`/H>=O { }	{yes}	{no}	{[translation unavailable]}	{Water}	{yes}
{d) } H3CCl	$L(1.2){C}<_(A135)H><_(A-135)H><_(A45,w+)H><_(A-45,d+)Cl>	{yes}	{no}	{[translation unavailable]}	{Water}	{yes}
{e) } CCl4	$L(1.2){C}<_(A135)Cl><_(A-135)Cl><_(A45,w+)Cl><_(A-45,d+)Cl>	{no}	{no}	{van der Waals forces}	{Water}	{no}
{f) } CH3CH2CH2CH2SH	H\C/C\C/C\S/H; $slope(60)H/#2\H; H\#3/H; H/#4\H; H\#5/H;	{Yes, weak.}	{no}	{van der Waals forces}	{Olive oil}	{yes}
{g) } HCOOH	H/C`|O|\O/H	{yes}	{yes}	{H-bridges}	{Heptane }, C7H16	{no}
{h) } He	He	{no}	{no}	{van der Waals forces}	{pentanol } C5H11OH	{Yes, weak.}
{i) } H2S	H/S\H	{yes}	{no}	{[translation unavailable]}	{Water}	{yes}
{j) } NH3	H`\$dots(U)N<_(A100,w+)H>`/dH	{yes}	{yes}	{H-bridges}	{[translation unavailable]} CH3CH2OH	{yes}

Full problem statement [here] as [translation unavailable]

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