Under what circumstances is the molecular geometry around a central atom the sam
ID: 1055551 • Letter: U
Question
Under what circumstances is the molecular geometry around a central atom the same as the electron pair geometry? Which of the following molecules fits this description? SF_4 and SP_6 Two skeleton structures are shown below for CH_2F_2. Use your molecular models to explain why these are not isomers of one another but instead represent the same molecule. The Lewis Structure for SCl_2 is given below. It might appear from the two-dimensional drawing that the dipoles of the two S-Cl bonds should cancel one another to yield a nonpolor molecule. Use your molecular models to explain why this molecule is polar. Determine the electron pair geometry and the molecular geometry around the central atom in SeO_2, IF^+_4, and ICl^-_4. Determine whether the three substances in the above problem are polar.Explanation / Answer
1)
MOLECULAR GEOMETRY AND ELECTRON PAIR GEOMETRY ARE SAME WHEN THERE ARE NO LONE PAIR ON CENTRAL ATOM
SF6 has both geomtery as same since it do not have lone pair
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