[Co(CN);(OH,)]* + [Co(NH,)s(NCS)J* = [Co(CN):(SCN)]* + [Co(OH,)eF* 3. Explain why, in the products of this reaction, one of the cobalt centers has lost all of the ammonia ligands initially attached to it. 4. Draw the Lewis structure for the SCN ligand and explain the two different ways that it can function as a bridging ligand. 5. In the redox reactions between [Co(CN):(OH,)J* and both linkage isomers of [Co(NH3),(SCN)]²*, [Co(CN),(SCN)]³* is one of the products formed. Please draw the two different bridged intermediates (one that results from the reaction of each linkage isomer) that lead to the single S-bonded product. 6. In the redox reaction between [Co(NH3)s(SCN)]²* and [Cr(OH;)«]*, both remote and adjacent attack on the SCN' ligand can occur, resulting in the formation of [Cr(OH;);(NCS)}** and [Cr(OH,)s(SCN)]*, respectively. When [Co(NH;)s(NCS)}²* is used, only [Cr(OH(SCN)]²* is formed. Please explain these results.

No work needed just answers label the answers with questions so I know directions are all the same

Can you show us how to do number 8. ? Please see the attached pic.This is not a graded question as it is a practice question . I am 60 years old and helping my son prepare for the AP exam in a few months. We do questions at the back of the textbook by Zumdahl and Zumdahl

C-lab Answer the following questions. You may upload a handwritten file if you like, as long as it is legible. Part A: Figure numbers refer to figures in the lab procedures. Do the calculations in the units given. 1. Very briefly explain how a photogate works. 2. How far would you go if you traveled at a speed of 30 miles per hour for 3 hours? 3. What acceleration would be needed to travel the same distance in the same time as in question 2 when starting from rest? What would be your final speed? 4. Refer to Figure 3. Given a track length of 90 cm and a height difference of 18 cm, what is sin 0 5. Draw the force diagram for an object on an inclined plane (see Figure 2 in the lab manual). Attach the diagram in question 2 below. What would be the acceleration given the inclination from question 4 and g = 9.8 m/s? Part B: Attach the free body diagram from question 5 above. O 8:31 acer page up page dn & backspace delete 5 8 enter