Draw a resonance structure that places a pi bond in a different position. Include all lone pairs in your structure. :O: I-Z: H ✔

Use Lewis theory to determine the formula for the compound that forms between each of the following pairs of elements. Ca and Te Express your answer as a chemical formula.   Mg and Br Express your answer as a chemical formula.   Na and S Express your answer as a chemical formula.   In and O Express your answer as a chemical formula.

4. Draw two other reasonable resonance structures of this compound. Label each resonance form, including the one provided, as either "major" or "minor." :O: H3C H H

Draw a resonance structure that moves a lone pair from the oxygen to for a new pi bond

Starting from the Newman projection below, rotate the back carbon to provide the structure in the least stable conformation. " CH3 CH2CH3 DCH CH3 CH3 I I Type here to search EPIC H H CH3 CH3 CH(CH3)2 CH3 H CH2CH3 CH(CH3)2 C(CH3)3 Undo Reset Atoms, Bonds Charges and Rings Drawing Remove Done > Rotate 12:32 AM 78°F Mostly cloudy 6/18/2024

Draw one resonance structure of the following substance different from the given one. Interactive 3D display mode H3C O CH3

Draw an equivalent resonance structure that minimizes charge. Include all lone pairs in your structure. CH2 Q

Please note that "geometry" refers to the molecular or ionic geometry. H-N-H A. The Lewis diagram for NH3 is: The electron-pair geometry around the N atom in NH3 is There are lone pair(s) around the central atom, so the geometry of NH3 is B. The Lewis diagram for AsO2 is: Recall that for predicting geometry, double and triple bonds count as only one electron pair. The electron-pair geometry around the As atom in Aso2 is There are lone pair(s) around the central atom, so the geometry of AsO2 is Submit Answer Retry Entire Group 9 more group attempts remaining Previous Next Email Instructor Save and Exit Cengage Learning | Cengage Technical Support