Remove the garlic and discard. Add the mustard greens and season with salt, to taste. Cover and cook the greens until they are soft and wilted. Stir in the vinegar.Taste for seasoning and add salt, if needed. Transfer the greens to a serving bowl and serve.emove the garlic and discard. Add the mustard greens and season with salt, to taste. Cover and cook the greens until they are soft and wilted. Stir in the vinegar.
Best Answer: Electron domain geometry is an indicator of molecular geometry. Electron domain talks about where the different pairs of electrons on a molecule are going to be at any given moment. For example, CH4 will have a tetrahedral geometry, because it's a carbon bonded to four different hydrogens, so it's got 4 different electron domains. Molecular geometry comes into play when we start taking the hydrogens off.
Molecular geometry is the three-dimensional shape of a molecule. To determine molecular geometry, first find the number of electron domains surrounding the molecule's central atom. An electron domain may come in four forms: a single bond, double bond, triple bond, or unbonded electron pair.Each is one electron domain.here are two possible shapes: trigonal planar and bent. To find out which it is, determine how many of the electron domains you counted around its central atom are made up of bonds and which--if any--of unbonded electron pairs. If all three are made up of bonds, the molecular geometry is trigonal planar.