Examples of using Hcl in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
C2H5•+ Cl2→ C2H5Cl+ Cl• Cl•+ C2H6→ C2H5•+ HCl Because halogenated ethanes can undergo further free radical halogenation,
Scheele produced chlorine by reacting MnO2(as the mineral pyrolusite) with HCl: 4 HCl+ MnO2→ MnCl2+ 2 H2O+ Cl2 Scheele observed several of the properties of chlorine:
Sn(s)+ 2 HCl(aq)→ SnCl2(aq)+ H 2(g) The water then
Hydrochloric acid, or HCl, is formed by a polar covalent bond between one atom of hydrogen
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3(NH4)2PtCl6→ 3 Pt+ 2 N2+ 2 NH4Cl+ 16 HCl Unprecipitated hexachloroplatinate(IV) is reduced with elemental zinc,
nitric acids according to the following reaction: HNO3+ 3 HCl→ Cl2+ 2 H2O+ NOCl In nitric acid, NOCl is readily oxidized into nitrogen dioxide.
the fact that chlorine-37 forms HCl gas much more readily than its lighter cousin,
Glucosamine sulfate hcl- glucosamine sulfate is a chemical found in the human body that is used to produce a variety of other chemicals that are involved in the construction of tendons,
Given the large amount of data that supports the effectiveness of creatine monohydrate, the HCl form can not be recommended as superior until the two have been compared in experiments.
Given the large amount of data supporting the effectiveness of creatine monohydrate, the HCl form can't be recommended as superior until the two have been compared in experiments.
The neutralization is described by the equation: HCl+ NaHCO3→ NaCl+ H2CO3 The carbonic acid rapidly equilibrates with carbon dioxide
Na2S2O3+ 2 HCl→ 2 NaCl+ S+ SO2+ H2O This reaction is known as a"clock reaction",
Ta2O5 does not react appreciably with either HCl or HBr, however it will dissolve in hydrofluoric acid,
ZnO+ 2 HCl→ ZnCl2+ H2O Solid zinc oxide will also dissolve in alkalis to give soluble zincates:
Hydrohalogenation is the addition of hydrogen halides such as HCl or HI to alkenes to yield the corresponding haloalkanes:
In(OH)3+ 3 HCl→ InCl3+ 3 H2O The analogous sesquichalcogenides with sulfur,
ROH+ SOCl2→ RCl+ SO2+ HCl 3 ROH+ PCl3→ 3 RCl+ H3PO3 ROH+ PCl5→ RCl+ POCl3+ HCl In the laboratory, thionyl chloride is especially convenient,
treated with an acid, such as dilute HCl, which depurinates the DNA fragments,
The reaction of hydrogen chloride with MnO 2 was used by Carl Wilhelm Scheele in the original isolation of chlorine gas in 1774: MnO 2+ 4 HCl→ MnCl 2+ Cl 2+ 2 H 2O As a source of hydrogen chloride, Scheele treated sodium chloride with concentrated sulfuric acid.
