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11 Nov 2019
Draw Lewis structures for NS_2^+ where N is the central atom. Restrict yourself to structures in which the formal charges are consistent with the relative electronegativities of the elements. Assuming idealized angles such as those listed in Figure 3.8, predict the S-N-S bond angle. a. 72 degrees b. 90 degrees c. 109.5 degrees d. 120 degrees e. 180 degrees The Lewis structure for NS_2^+ that corresponds to the experimental structure has a +1 formal charge on N. Assuming idealized angles such as those listed in Figure 3.8: predict the S-N-S bond angle. a.72 degrees b. 90 degrees c.109.5 degrees d.120 degrees e.180 degrees
Draw Lewis structures for NS_2^+ where N is the central atom. Restrict yourself to structures in which the formal charges are consistent with the relative electronegativities of the elements. Assuming idealized angles such as those listed in Figure 3.8, predict the S-N-S bond angle. a. 72 degrees b. 90 degrees c. 109.5 degrees d. 120 degrees e. 180 degrees The Lewis structure for NS_2^+ that corresponds to the experimental structure has a +1 formal charge on N. Assuming idealized angles such as those listed in Figure 3.8: predict the S-N-S bond angle. a.72 degrees b. 90 degrees c.109.5 degrees d.120 degrees e.180 degrees
Nestor RutherfordLv2
8 Apr 2019