Matakuliah Praktikum Kimia Dasar I

[...] May 25, 2016

Kom­pe­ten­si/Com­pe­ten­ci­es

  1. Mema­ha­mi ragam alat dan bah­an ser­ta ter­am­pil meng­gu­nak­an alat-alat di labo­ra­to­ri­um kimia dasar.
  2. Mema­ha­mi karak­ter dan sifat bah­an-bah­an kimia yang digu­nak­an dalam Prak­ti­kum Kimia Dasar I.
  3. Mam­pu melak­sa­nak­an prak­ti­kum ber­da­sark­an pro­se­dur-pro­se­dur per­co­ba­a­an yang sesu­ai dengan dasar-dasar ilmu kimia dalam pem­be­la­jar­an Kimia Dasar I.
  4. Mam­pu meng­a­na­li­sis dan mem­ba­has data hasil prak­tikum dan memp­re­sen­ta­si­kan­nya.
  5. Mam­pu menu­lis kar­ya ilmi­ah yang benar ber­da­sark­an pedom­an penu­lis­an kar­ya ilmi­ah (PPKI) UM, mela­lui  penu­lis­an lapor­an prak­ti­kum.
  6. Unders­tan­ding the types of equ­i­pmen­ts and mate­ri­al dan ski­lled to use the equ­i­pmen­ts in che­mis­try labo­ra­tory.
  7. Unders­tan­de­ing the cha­ra­cte­ris­tic and pro­per­ti­es of che­mi­cals wich is used in Basic Che­mis­try I Labo­ra­tory.
  8. Able to do the pra­cti­cal work based on expe­ri­ment pro­ce­du­res rela­ted to the con­tent of Gene­ral Che­mis­try I cour­se.
  9. Able to ana­lyse and discuss the data of pra­cti­cal work result resul­ts and pre­sent it.
  10. Able to wri­te the right sci­en­ti­fic paper acco­rding to PPKI UM thro­u­gh labo­ra­tory report.

Bah­an Kajian/Sub­je­ct Mat­ters

Penge­nal­an Alat dan Bah­an, Kese­la­mat­an Ker­ja Di Labo­ra­to­ri­um Kimia Dasar, Kete­ram­pil­an Peng­gu­na­an Alat, Pem­bu­at­an Larut­an, Per­u­bah­an Mate­ri, Pemi­sah­an Cam­pur­an Ber­da­sark­an Per­be­da­an Sifat Fisi­ka Kom­po­nen Penyu­sun, Sifat Kepe­ri­o­dik­an, Struk­tur Lewis dan Model Mole­kul, Model Mole­kul Senya­wa Orga­nik, Penen­tu­an Volu­me Molar Gas Hidro­gen, dan Penen­tu­an Rumus Empi­ris CaCO3./Display the equ­i­pmen­ts and mate­ri­al; safe­ty mana­ge­ment in Basic Che­mis­try labo­ra­tory, ski­ll to use the types of sim­ple appa­ra­tus; making solu­tion; cha­nges of mat­ter; Sepa­ra­tion of mixtu­re base on physi­cal pro­per­ti­es; peri­o­di­ci­ty ele­men­ts; Lewis stru­ctu­re and mole­cu­lar model; Mole­cu­lar model of orga­nic com­po­un­ds; Deter­mi­na­tion of molar volu­me of hydro­gen gas; and Deter­mi­na­tion of CaCO3 mole­cu­lar for­mu­la.

Tuju­an/Obje­cti­ves

Sete­lah mem­pe­la­ja­ri bah­an kaji­an Prak­ti­kum Kimia Dasar I mela­lui stu­di lite­ra­tur, serang­ka­i­an kegi­at­an prak­ti­kum (pem­bu­at­an jurnal/log book, pre­tes, prak­ti­kum, dan pem­bu­at­an lapor­an), res­pon­si dalam ben­tuk pre­sen­ta­si dan dis­ku­si, ser­ta penu­lis­an maka­lah, maha­sis­wa mam­pu mem­bu­at per­en­ca­na­an hing­ga pem­bu­at­an lapor­an prak­ti­kum dengan topik yang masuk dalam bah­an kaji­an Kimia Dasar I. Sela­in itu, maha­sis­wa juga dapat mema­ha­mi kon­sep mate­ri di Kimia Dasar I dengan lebih baik./Have been stu­di­ed the Sub­je­ct Mat­ters of Basic Che­mis­try Labo­ra­tory I by lete­ra­tu­re stu­dy, pra­cti­cal acti­vi­ty (log book pre­pa­ra­tion, pre­test, prak­ti­cal, and wri­te the report), pre­sen­ta­tion, discus­sion, and wri­te the paper, stu­den­ts are able to make plan­ning until repor­ting the pra­cti­ce of basic che­mis­try I. More­o­ver, stu­den­ts are able to get the bet­ter comp­re­hen­sion of the con­cept of Basic Che­mis­try I.

Daf­tar Pustaka/Refe­ren­ces

  1. Bra­dy, J.E. & Humis­ton, G.E. 1990. Gene­ral Che­mis­try. 4th Ed. New York: John Willey & Sons Corp.
  2. Bre­scia, Frank et. Al. 1990. Fun­da­men­tal of Che­mis­try Labo­ra­tory Stu­den­ts. 4th Ed. New York: Aca­de­mis Press.
  3. Bro­wn, T.L,  LeMay, H.E.,  and Burs­ten, B.E.. 2000. Che­mis­try is Cen­tral Sci­en­ce. 8th Ed. New Jer­sey: Pren­ti­ce Hall Inter­na­tio­nal Corp.
  4. Fran­tz, H.W. dan Malm, L.E. 1968. Essen­ti­al of Che­mis­try in the Labo­ra­tory. San Fran­si­sco: WH. Fre­mann and Com­pany
  5. Mar­ya­mi, T., dkk. 2013. Petun­juk Prak­ti­kum Kimia Dasar II. Malang: Jurus­an Kimia FMIPA UM.
  6. Vogel, A.I. 1971.  A Text Book of Prack­ti­cal Orga­nic Che­mis­try. 4th Ed. Lon­don: Longm­an Gro­up Limi­ted.

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Kom­pe­ten­si/Com­pe­ten­ci­es Meng­u­a­sai kon­sep-kon­sep dasar ilmu kimia ten­tang ener­gi kimia, kine­ti­ka kimia, kese­tim­bang­an, apli­ka­si kese­tim­bang­an, redoks, dan apli­ka­si seba­gai lan­das­an untuk mem­pe­la­ja­ri kon­sep kimia lanjutan./Unders­tan­ding the basic con­cep­ts of ther­mo­che­mis­try, che­mi­cal equ­i­li­bri­um and its apli­ca­tion, redox and its appli­ca­tion as a foun­da­tion for stu­dying advan­ced che­mis­try  con­cep­ts. Bah­an Kajian/Sub­je­ct Mat­ters (1) […]
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