Matakuliah Struktur dan Kereaktifan Anorganik

Kompetensi/Com­pe­ten­ci­es

Meng­u­a­sai seca­ra men­da­sar dan komp­re­hen­sif sime­tri dan kelom­pok titik, struk­tur senya­wa koo­rdi­na­si dengan bilang­an koo­rdi­na­si ter­tentu dan fak­tor-fak­tor penye­bab­nya, ikat­an balik dan iden­ti­fi­ka­si­nya ber­da­sark­an buk­ti spek­tros­ko­pi Infra merah dan buk­ti kris­ta­lo­gra­fi, spek­tros­ko­pi UV-Vis senya­wa koo­rdi­na­si, spek­tros­ko­pi infra merah senya­wa koo­rdi­na­si, sin­te­sis dan reak­si senya­wa koo­rdi­na­si, kine­ti­ka senya­wa koo­rdi­na­si, dan kegu­na­an senya­wa koordinasi/Mas­te­ring fun­da­men­ta­lly and comp­re­hen­si­ve­ly sym­me­try and point gro­up, stru­ctu­re of coo­rdi­na­tion com­po­un­ds having spe­ci­fic coo­rdi­na­tion num­ber and factors affe­cting the stru­ctu­re, back bon­ding and iden­ti­fi­ca­tion of its occur­ren­ce based of infra red spe­ctro­sco­py and crys­ta­llo­gra­phy metho­ds, UV-Vis spe­ctro­sco­py of coo­rdi­na­tion com­po­un­ds, infra red spe­ctro­sco­py of coo­rdi­na­tion com­po­un­ds, syn­the­sis and rea­ctions of coo­rdi­na­tion com­po­un­ds, kine­ti­cs of coo­rdi­na­tion com­po­un­ds, and the use of coo­rdi­na­tion com­po­un­ds.

Bah­an Kajian/Sub­je­ct Mat­ters

Sime­tri dan kelom­pok titik, struk­tur senya­wa koo­rdi­na­si dengan bilang­an koo­rdi­na­si ter­tentu dan fak­tor-fak­tor penye­bab­nya, ikat­an balik dan iden­ti­fi­ka­si­nya ber­da­sark­an buk­ti spek­tros­ko­pi Infra merah dan buk­ti kris­ta­lo­gra­fi, spek­tros­ko­pi UV-Vis senya­wa koo­rdi­na­si, spek­tros­ko­pi infra merah senya­wa koo­rdi­na­si, sin­te­sis dan reak­si senya­wa koo­rdi­na­si, kine­ti­ka senya­wa koo­rdi­na­si, dan kegu­na­an senya­wa koordinasi/Sym­me­try and point gro­up, stru­ctu­re of coo­rdi­na­tion com­po­un­ds having spe­ci­fic coo­rdi­na­tion num­ber and factors affe­cting the stru­ctu­re, back bon­ding and its iden­ti­fi­ca­tion based of infra red spe­ctro­sco­py evi­den­ce and crys­ta­llo­gra­phy evi­den­ce, UV-Vis spe­ctro­sco­py of coo­rdi­na­tion com­po­un­ds, infra red spe­ctro­sco­py of coo­rdi­na­tion com­po­un­ds, syn­the­sis and rea­ctions of coo­rdi­na­tion com­po­un­ds, kine­ti­cs of coo­rdi­na­tion com­po­un­ds, and the use of coo­rdi­na­tion com­po­un­ds.

Tujuan/Obje­cti­ves

Mela­lui per­ku­li­ah­an, dis­ku­si, meng­ka­ji isi arti­kel jur­nal yang relev­an, dan penye­le­sa­i­an tugas, maha­sis­wa memi­li­ki pema­ham­an yang men­da­sar dan komp­re­hen­sif ten­tang: (1) sime­tri dan kelom­pok titik; (2) struk­tur senya­wa koo­rdi­na­si dengan bilang­an koo­rdi­na­si ter­tentu dan fak­tor-fak­tor penye­bab­nya; (3) ikat­an balik dan iden­ti­fi­ka­si­nya ber­da­sark­an buk­ti spek­tros­ko­pi Infra merah dan buk­ti kris­ta­lo­gra­fi; (4) spek­tros­ko­pi UV-Vis senya­wa koo­rdi­na­si; (5) spek­tros­ko­pi infra merah senya­wa koo­rdi­na­si; (6) sin­te­sis dan reak­si senya­wa koo­rdi­na­si; (7) kine­ti­ka senya­wa koo­rdi­na­si; dan (8) kegu­na­an senya­wa koo­rdi­na­si. Tuju­an lain dari kuli­ah ini ada­lah mem­be­ri bekal maha­sis­wa agar mam­pu mema­ha­mi bah­an pus­ta­ka, khu­sus­nya arti­kel-arti­kel jur­nal yang ber­ka­it­an dengan struk­tur, sin­te­sis, spek­tros­ko­pi, dan kine­ti­ka senya­wa koordinasi/Thro­u­gh lectu­re, discus­sion, comp­re­hend con­tent of rele­vant jour­nal arti­cles, and com­ple­tion of assig­nmen­ts, stu­den­ts have fun­da­men­tal kno­wle­dge and comp­re­hen­si­ve unders­tan­ding abo­ut:                              (1) sym­me­try and point gro­up; (2) stru­ctu­re of coo­rdi­na­tion com­po­un­ds having spe­ci­fic coo­rdi­na­tion num­ber and factors affe­cting the stru­ctu­re; (3) back bon­ding and iden­ti­fi­ca­tion of its occur­ren­ce based of infra red spe­ctro­sco­py and crys­ta­llo­gra­phy metho­ds; (4) UV-Vis spe­ctro­sco­py of coo­rdi­na­tion com­po­un­ds; (5) infra red spe­ctro­sco­py of coo­rdi­na­tion com­po­un­ds; (6) syn­the­sis and rea­ctions of coo­rdi­na­tion com­po­un­ds; (7) kine­ti­cs of coo­rdi­na­tion com­po­un­ds; and (8) the use of coo­rdi­na­tion com­po­un­ds. Other obje­cti­ve of this lectu­re is to give pro­vi­sion for stu­den­ts in order to be able to unders­tand lite­ra­tu­re, espe­ci­a­lly jour­nal arti­cles abo­ut stru­ctu­re, syn­the­sis, spe­ctro­sco­py, and kine­ti­cs of coo­rdi­na­tion com­po­un­ds.

Daf­tar Pustaka/Refe­ren­ces

1. Atkins, P., Over­ton, T., Rour­ke, J., Weller, M., & Arms­trong, F. 2006. Shri­ver and Atkins Inor­ga­nic Che­mis­try, 4^th Ed. Oxfo­rd: Oxfo­rd Uni­ver­si­ty Press.
2. Con­sta­ble, E.C. 1990. Metals and Ligan­ds Rea­cti­vi­ty. New York: Ellis Har­wo­od
3. Cot­ton, F.A. 1971. Che­mi­cal Appli­ca­tions of Gro­up The­ory, 2^nd Ed. New Del­hi: Wiley Eas­tern Limi­ted.
4. Huhe­ey, J.E., J.E, Kei­ter, E.A., &Keiter, K.L. 1994. Inor­ga­nic Che­mis­try, Prin­ci­ples of Stru­ctu­re and Rea­cti­vi­ty, 4^th Ed. New York: Har­per Collins Colle­ge Publi­sher.
5. Keet­le, S.F.A. 1996. Physi­cal Inor­ga­nic Che­mis­try, A Coo­rdi­na­tion App­ro­a­ch. Oxfo­rd: Spek­trum Aca­de­mic Publi­shers.
6. Lee, J.D. 1991. Con­ci­se Inor­ga­nic Che­mis­try, 4^th Ed. Lon­don: Cha­pm­an and Hall.
7. Miess­ler, G. L., Fischer, P. J., &Tarr, D.A. 2014. Inor­ga­nic Che­mis­try 5^th Ed.. New Jer­sey: Pear­son Edu­ca­tion, Inc.
8. Wells, A.F. 1975. Stru­ctu­ral Inor­ga­nic Che­mis­try, 4^th Ed. Lon­don: Oxfo­rd Uni­ver­si­ty Press.