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Ethylene oxide, electrostatic potential

Electrostatic potential map for (a) dimethyl ether and (b) ethylene oxide, showing the electron-rich (red) character of the oxygen atom. [Pg.242]

The following image is an eleetrostatic potential map for ethylene oxide, (CH2)20, a polar molecule. Use the electrostatic potential map to predict the geometry for how one ethylene oxide molecule interacts with another. Draw structural formulas, using the 3D bond notation introdueed in Section 10.4, to show the geometry of the interaction. [Pg.542]

See other pages where Ethylene oxide, electrostatic potential is mentioned: [Pg.1298] [Pg.1298] [Pg.242] [Pg.204] [Pg.8] [Pg.165] [Pg.166] [Pg.649] [Pg.663] [Pg.664] [Pg.715] [Pg.737] [Pg.738] [Pg.990] [Pg.1005] [Pg.735] [Pg.736] [Pg.751] [Pg.752] [Pg.754] [Pg.758] [Pg.789] [Pg.789] [Pg.805] [Pg.806] [Pg.813] [Pg.1147] [Pg.1147] [Pg.1226] [Pg.100] [Pg.312] [Pg.61] [Pg.3676] [Pg.172] [Pg.15] [Pg.71] [Pg.2521] [Pg.727] [Pg.106]

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Oxidation potential

Oxidizing potential

Potential, electrostatic oxidation