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The following image is an electrostatic potential map for ethylene oxide, (CH 2 ) 2 O, a
Chapter 11, Problem 159(choose chapter or problem)
The following image is an electrostatic potential map for ethylene oxide, (CH 2 ) 2 O, 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 introduced in Section 10.4, to show the geometry of the interaction.
Questions & Answers
QUESTION:
The following image is an electrostatic potential map for ethylene oxide, (CH 2 ) 2 O, 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 introduced in Section 10.4, to show the geometry of the interaction.
ANSWER:Problem 159The following image is an electrostatic potential map for ethylene oxide, apolar molecule. Use the electrostatic potential map to predict the geometry for how oneethylene oxide molecule interact with another. Draw structural formulas, using the 3Dbond notation introduced in Section 10.4, to show the geometry of the interaction. Step by step solutionStep 1 of 2From the potential map given in the question, it is known that ethylene oxide is a polar molecule.For the structural formulas have three different kinds of bonds they are as follows. Straight line (-) is used to show the bond in a plane of paper. Hashed wedge (....) for bond going into the page Solid wedge ( ) for bond coming out of the page.The structure of ethylene oxide is shown below: