![Table 4 from Ni(NH3)2(NO3)2—A 3-D Network through Bridging Nitrate Units Isolated from the Thermal Decomposition of Nickel Hexammine Dinitrate | Semantic Scholar Table 4 from Ni(NH3)2(NO3)2—A 3-D Network through Bridging Nitrate Units Isolated from the Thermal Decomposition of Nickel Hexammine Dinitrate | Semantic Scholar](https://d3i71xaburhd42.cloudfront.net/d460c6f91cbeb0125383071a75d063139f5b3a75/7-Table4-1.png)
Table 4 from Ni(NH3)2(NO3)2—A 3-D Network through Bridging Nitrate Units Isolated from the Thermal Decomposition of Nickel Hexammine Dinitrate | Semantic Scholar
![why [Ni(NH3)4]2+ has tetrahedral geometry Explain with vbt - Chemistry - Coordination Compounds - 9638641 | Meritnation.com why [Ni(NH3)4]2+ has tetrahedral geometry Explain with vbt - Chemistry - Coordination Compounds - 9638641 | Meritnation.com](https://s3mn.mnimgs.com/img/shared/ck-files/ck_56065adb7f230.png)
why [Ni(NH3)4]2+ has tetrahedral geometry Explain with vbt - Chemistry - Coordination Compounds - 9638641 | Meritnation.com
![21 15. The oxidation state of Ni and NH, in [Ni(NH3)4]+2 (1) Ni = +2, NH, = 0 [RPMT 2001 (2) Ni = +1, NH, = - 1/6 (3) Ni = +1, NH, = + 1/6 (4) Ni = 0, NH, = +2 21 15. The oxidation state of Ni and NH, in [Ni(NH3)4]+2 (1) Ni = +2, NH, = 0 [RPMT 2001 (2) Ni = +1, NH, = - 1/6 (3) Ni = +1, NH, = + 1/6 (4) Ni = 0, NH, = +2](https://toppr-doubts-media.s3.amazonaws.com/images/4816097/e84878e9-2fe2-45ee-a89d-cd525e6ad65a.jpg)
21 15. The oxidation state of Ni and NH, in [Ni(NH3)4]+2 (1) Ni = +2, NH, = 0 [RPMT 2001 (2) Ni = +1, NH, = - 1/6 (3) Ni = +1, NH, = + 1/6 (4) Ni = 0, NH, = +2
![Explain the hybridisation, magnetic property and geometry [Ni(CN)4]2− and [ Ni(NH3)4]2+ using VB theory. Explain the hybridisation, magnetic property and geometry [Ni(CN)4]2− and [ Ni(NH3)4]2+ using VB theory.](https://search-static.byjusweb.com/question-images/toppr_ext/questions/633645_607318_ans_06ef044c85004ad2aed957fc1fd1f24d.png)