b. Jawaban :1. Perbedaan pembuatan

b. Jawaban :
1. Perbedaan pembuatan sol cara dispersi dengan cara kondensasi:
Pembuatan sol cara dispersi adalah pembuatan partikel koloid dari partikel kasar (suspensi). Pembuatan sol dengan cara dispersi meliputi cara mekanik, peptisasi, busur bredig, dan ultrasonik. Pembuatan sol cara kondensasi adalah cara pembuatan koloid dari partikel kecil (larutan) menjadi partikel koloid. Proses kondensasi ini didasarkan atas reaksi kimia, yaitu melalui reaksi redoks, reaksi hidrolisis, dekomposisi rangkap, dan pergantian pelarut.
2. Pengaruh larutan sabun terhadap campuran air dan minyak goreng:
Karena hasil emulsi minyak dalam air (saat minyak dimasukkan dalam air) tidak bisa terlarut, maka kemudian sabun dimasukkan kedalam campuran tersebut. Sabun berfungsi sebagai emulgator, yang artinya mengikat partikel – partikel koloid hidrofob agar tidak terjadi koagulasi atau penggumpalan (menyatukan).
3. Contoh koloid liofil dan koloid liofob:
a. Contoh koloid liofil yaitu sol kanji dan agar – agar.
b. Contoh koloid liofob yaitu sol belerang dan sol emas.
4. Pada koloid hidrofil perlu ditambahkan koloid pelindung, manfaat penambahan koloid tersebut adalah agar diperoleh koloid yang stabil, tapi tidak menyebabkan koagulasi karena melapisi partikel koloid sehingga melindungi muatan koloid. Misalnya pada pembuatan es krim digunakan gelatin untuk mencegah pembentukkan kristal besar es atau gula dan cat dan tinta dapat bertahan lama karena menggunakan suatu koloid pelindung.
5. Yang termasuk proses fisika adalah cara mekanik, peptisasi, dan busur Bredig.
Yang termasuk proses kimia adalah reaksi redoks, hidrolisis, dan dekomposisi rangkap, atau dengan pergantian pelarut.
6. Pembuatan koloid dengan cara peptisasi ini dilakukan menggunakan zat kimia untuk memecah partikel besar menjadi partikel koloid.
7. Cara pembuatan sol belerang yang termasuk cara kondensasi dan cara dispersi
a. Cara Kondensasi: Pembuatan sol belerang dari reaksi antara hidrogen sulfida (H2S) dengan belerang dioksida (SO2), yaitu dengan mengalirkan gas H2S ke dalam larutan SO2.
2 H2S(g) + SO2(aq) ⎯⎯→ 2 H2O(l) + 3 S (koloid)
b. Cara Dispersi: Sol belerang dapat dibuat dengan menggerus serbuk belerang bersamasama dengan suatu zat inert (seperti gula pasir), kemudian mencampur serbuk halus itu dengan air.
X. Kesimpulan :
Dari hasil praktikum di atas, dapat diambil kesimpulan bahwa :
Ada beberapa cara dalam membuat koloid, yaitu cara kondensasi dan cara dispersi. Cara kondensasi yaitu dengan menggabungkan partikel-partikel halus menjadi lebih kasar melalui suatu reaksi kimia. Dalam percobaan ini dapat dilakukan dengan cara hidrolisis. Sedangkan cara dispersi yaitu dengan memecah partikel-partikel kasar menjadi partikel yang lebih halus atau partikel koloid.
XI. Daftar Pustaka
Bird, Tony. 1987. Kimia Fisika untuk Universitas. Erlangga: Jakarta
Keenan,dkk. 1984. Kimia untuk Universitas. Erlangga: Jakarta
Yazid, Estien. 2005. Kimia Fisika Untuk Paramedis. Andi: Jogja

Results (English) 1:

b. answer:1. Differences manufacture sol way dispersion by means of condensation:The making of sol how dispersion of colloidal particles was the creation of coarse particles (suspensions). The manufacture of soles by means of dispersion include mechanical way, peptisasi, bow bredig, and ultrasound. The making of sol way condensation is a way of making small particles of colloid (solution) into colloidal particles. This condensation process is based upon the chemical reaction, i.e. through a redox reaction, hydrolysis, decomposition, and the double turn of the solvent.2. The influence of aqueous solution of SOAP and water mixture against cooking oil:Because the results of emulsion oil in water (when oil is inserted in the water) can not be dissolved, it is then inserted into the SOAP mixture. SOAP serves as an emulgator, meaning that binds the particles hydrophobic colloidal particles – so there happen coagulation or clotting (unite).3. Examples of Colloids and colloid liofil liofob:a. examples of colloidal liofil namely sol kanji and so that – in order.b. examples of colloidal sulphur and liofob i.e. sol sol gold. 4. on the colloidal hidrofil needs to be added, the benefits of the addition of protective colloid colloids are so obtained a stable colloid, but not causing coagulation of colloidal particles so that the lining because it protects the charge of Colloids. For example, in the manufacture of ice cream and gelatin is used to prevent the formation of large ice crystals or sugar and paint and inks can last a long time because it uses a protective colloid.5. Which includes physical processes are mechanical ways, peptisasi, and Bredig bows.That includes a chemical process is a redox reaction, hydrolysis, and double decomposition, or by substitution of solvent.6. Manufacture of colloidal peptisasi way is done using chemicals to break up the large particles of colloidal particles.7. How to manufacture sulfur sol including how condensation and how dispersion a. How Condensation: the making of sulfur sol from the reaction between hydrogen sulfide (H2S) and sulfur dioxide (SO2), i.e. with a siphon gas H2S (G) into the solution. 2 H2S (g) + SO2 (aq) ⎯ ⎯ → 2 H2O (l) + 3 S (colloid)b. How Dispersion: Sol sulfur can be made with sulfur powder bersamasama erode with an inert substance (such as sugar), then it's fine powder to mix with water.X. Conclusion:From the results above, teaching can be taken the conclusion that:There are several ways to make colloid, i.e. how condensation and how dispersion. The way the condensation that is by combining fine particles become more rough through a chemical reaction. In this experiment can be done by means of hydrolysis. While the way of dispersion is to break down coarse particles becoming finer particles or colloidal particles.Xi. ReferencesBird, Tony. 1987. Physical Chemistry for the University. Eason: JakartaKeenan, et al. 1984. Chemistry for the University. Eason: JakartaYazid, Estien. 2005. Physical Chemistry For Paramedics. Andi: Jogja

Results (English) 2:

b. Answers:
1. Differences in the way of making sol dispersion by means of condensation:
Making sol dispersion method is the manufacture of colloidal particles from coarse particles (suspension). Making the sol with a dispersion means include mechanical means, peptizing, bow Bredig, and ultrasonic. Sol preparation method is a way of making colloidal condensation of small particles (solution) into the colloidal particles. The condensation process is based on chemical reactions, namely through a redox reaction, hydrolysis reaction, double decomposition, and the turn of the solvent.
2. Effect of soap solution to a mixture of water and oil:
Because the oil in water emulsion (oil when put in water) can not be dissolved, then later the soap was added to the mixture. Soap serves as emulsifier, which means to bind the particles - colloidal particles hydrophobic in order to prevent coagulation or clotting (unite).
3. Examples of colloids and colloidal liofil liofob:
a. Examples colloidal sol liofil namely starch and that - that.
B. Examples liofob namely colloidal sol sol sulfur and gold.
4. In the hydrophilic colloid is necessary to add a protective colloid, the colloid additional benefit is to obtain a stable colloid, but did not cause coagulation due to coat the colloidal particles thus protecting colloid charge. For instance in making ice cream is used gelatin to prevent the formation of large ice crystals or sugar and paint and ink can last longer because using a protective colloid.
5. Which includes the physical processes is a mechanical way, peptizing, and bow Bredig,
which includes chemical process is a redox reaction, hydrolysis, and a double decomposition, or by solvent replacement.
6. Manufacture of colloids with peptizing way this is done using chemicals to break down large particles into colloidal particles.
7. How to manufacture sulfur sol which includes a condensation means and means of dispersion
a. Condensation ways: Making sol sulfur from a reaction between hydrogen sulphide (H2S) and sulfur dioxide (SO2), with H2S gas stream to a solution of SO2.
2 H2S (g) + SO2 (aq) ⎯⎯ → 2 H2O (l) + 3 S (colloidal)
b. Dispersion way: Sol sulfur can be made ​​by grinding sulfur powder together with an inert substance (such as sugar), then mixing the fine powder with water.
X. Conclusion:
From the lab above, it can be concluded that:
There are several ways to create a colloid, which means condensation and dispersion method. Condensation way is by combining the fine particles become more coarse through a chemical reaction. In this experiment can be done by hydrolysis. While the dispersion method is to break down the coarse particles into finer particles or colloidal particles.
XI. References
Bird, Tony. 1987. Physical Chemistry of the University. Erland: Jakarta
Keenan, et al. 1984 Chemistry for the University. Erland: Jakarta
Yazid, Estien. Physical Chemistry 2005. For Paramedic. Andi: Jogja

Results (English) 3:

B. jawaban：
1。perbedaan pembuatan索尔卡拉分散，卡拉kondensasi：
pembuatan索尔卡拉分散是pembuatan基因koloid达日基因kasar（剂）。pembuatan溶胶分散，卡拉meliputi卡拉mekanik，peptisasi，busur布雷迪格，丹岛大区ultrasonik。pembuatan索尔-卡拉是卡拉kondensasi pembuatan koloid达日基因小（larutan）为基因koloid。散文kondensasi INI didasarkan ATAS reaksi化学，就是从reaksi redoks，reaksi hidrolisis，dekomposisi rangkap，丹pergantian pelarut
2。pengaruh larutan萨本河，马来语气丹又十分：
因为该乳化剂又在空气（SAAT又dimasukkan在空气）不terlarut，萨本河dimasukkan比萨，就kedalam马来语缝制。萨本河berfungsi作乳化剂，杨artinya mengikat基因–基因koloid hidrofob琼脂不发生koagulasi或penggumpalan（menyatukan）。
3。contoh koloid liofil丹koloid liofob：
A. contoh koloid liofil就是丹–琼脂琼脂溶胶的汉字。
B. contoh koloid liofob就是溶胶溶胶EMAS belerang丹。4。在koloid hidrofil需要签koloid pelindung，manfaat penambahan koloid缝制是琼脂diperoleh koloid杨稳定，不致因koagulasi TAPI melapisi基因koloid melindungi koloid货物抛出去。如在pembuatan ES克里姆digunakan明胶，mencegah pembentukkan Kristal大臣ES或古拉丹猫丹廷塔，bertahan喇嘛因使用koloid pelindung
5个。杨属散文fisika是卡拉mekanik，peptisasi，丹busur布雷迪格。
杨属散文该是reaksi redoks，hidrolisis，丹dekomposisi rangkap，或用pergantian pelarut
6。pembuatan koloid，卡拉peptisasi INI在使用这些化学，memecah基因，基因koloid
7大臣。卡拉pembuatan溶胶belerang杨属卡拉kondensasi丹卡拉分散
A.卡拉kondensasi：pembuatan溶胶belerang达日reaksi安塔拉sulfida氢（H2S），belerang dioksida（SO2），就是用mengalirkan H2S气体可在larutan SO2。2
H2S（G）SO2（aq）⎯⎯→2 H2O（L）3（koloid）
B.卡拉分散：溶胶belerang可以是，menggerus serbuk belerang bersamasama，在昭通惰性（如古拉巴西），然后mencampur serbuk ITU和着空气。
X. kesimpulan：
达日从praktikum迪ATAS，生命从kesimpulan，是
艾达卡拉作了：在koloid，就是卡拉kondensasi丹卡拉分散。卡拉kondensasi就是用menggabungkan基因基因，比着kasar从在该reaksi。在percobaan ini，所行的，卡拉hidrolisis。卡拉就是在分散，memecah基因基因，基因kasar杨比着或基因koloid
西。办公室编译局
鸟，托尼。1987。该fisika，大学。爱尔朗卡：雅加达
基南，