Minggu, 23 April 2017

VOCABULARY

NO
VOCABULARY
MEANING
EXPLANATION
1.
Solution
Larutan
Homogeneous mixture consisting of two or more substances

2.
Temperature
Suhu
An esum that expresses the degree of cold heat of an object and the means used to measure temperature is a thermometer.

3.
Mix
Campuran
The result of mechanical mixing or mixing of chemicals such as elements and compounds, without chemical unification or other chemical changes

4.
Equilibrium
Kesetimbangan
A state when the concentration of the reactant and the product does not change with time

5.
Molecular mass
Massa molekul
The molecular weight or so-called relative molecule (Mr) is the weight of a molecule in units of atomic mass (sma)
6.
Molarity
Molaritas
A solution represents the number of moles of a substance per liter of solution

7.
Solute
Zat terlarut
Substances that are fewer in solution

8.
Solven
Zat pelarut
Substances which are more numerous than other substances in solution

9.
Compound 

Senyawa
Pure chemicals consisting of two or more elements which can be broken down into their constituent elements by chemical reactions

10.
Atom
Atom

A basic unit of matter, composed of atomic nuclei and a cloud of negatively charged electrons that surround it
11.
Enthalpy
Entalpi
A term in thermodynamics that states the amount of energy of a thermodynamic system

12.
energy
Energy
Ability to do business

13.
Volume
Volume
Calculating how much space can be occupied in an object

14.
Electron
Electron
The subatomic particles are negatively charged and are generally written as e-

15.
Molecule
Molekul
As a group of atoms (at least two) that are strongly bonded together (covalently) in a particular arrangement and are neutral and fairly stable

16.
Charge
Muatan
The basic charge that an object possesses, which makes it experience force on another adjacent object and also has an electrical charge.

17.
Cathode

Katoda
the pole of the electrode in polarized electrochemical cell if the pole is positively charged (so that the electric current will flow out of it

18.
Anode
Anoda
Electrodes, may be metals or other electrical conductors, in polarized electrochemical cells if electric current flows into them

19.
Electrode
Elektroda
Conductors used to come into contact with parts or non-metallic media of a circuit (eg semiconductors

20.
Cell potencial
Potensial sel
The force required to push the electrons through the internal circuit (the salt bridge)

21.
Electrolysis
Elektrolisis

Dissociating an electrolyte into an ion on the electrode in the presence of an electric current. Electrical conduction through an electrolyte solution will result in a chemical change
22.
Ion
Ion
An atom or a set of electrically charged atoms. Negatively charged ions, which capture one or more electrons, are called anions, because they are attracted toward the anode

23.
Anion
Anion

An atom or a set of electrically charged atoms
24.
Electrochemistry
Elektrokimia
A chemical branch that studies chemical reactions that take place in a solution at the interface of an electron conductor (metal or semiconductor) and an ionic conductor (electrolyte), and involves the transfer of electrons between the electrode and the electrolyte or the like in solution

25.
Hydrocarbon
Hidrokarbon
A compound consisting of elements of carbon (C) and hydrogen (H)

26.
Radioisotope
Radioisotope

Atoms of the same element with different number of neutrons

27.
Electronegativity
keelektronegatifan
The tendency of an atom to be negatively charged or to capture electrons from other atoms

28.
Particle
Partikel
Elementary particles are the particles; Other larger particles are formed

29.
Matter
Materi
Any object or material that needs space, whose amount is measured by a property called mass.

30.
Endhotermic reaction
Reaksi eksoterm
Reactions that release the heat (occurs heat transfer from the environmental system

31.
Exotermic reaction
Reaksi endoterm
A reaction that absorbs heat (there is a movement of heat from the environment to the system

32.
Kinetics
Kinetika
A science that discusses the rate (speed) and reaction mechanism.

33.
Corrosion
Korosi
Damage or degradation of metals due to a redox reaction between a metal and various substances in the environment resulting in undesirable compounds

34.
Hydrolysis
Hidrolisis
Chemical reactions that break down water molecules (H2O) into hydrogen cations (H +) and hydroxide anions (OH-) through a chemical process.

35.
Buffer solution
Larutan penyangga
A solution composed of an acid or a weak base with an acid or a conjugate base.

36.
Osmotic pressure
Tekanan osmotik
The necessary equipments to stop osmosis

37.
Covalent compounds
Senyawa kovalen
At which is formed when two or more different elements join the covalent bond

38.
Pressure
Tekanan

Physics to declare force (F) per unit area (A)
39.
Distillation
Penyulingan
A chemical separation method based on the difference in velocity or volatility of materials

40.
Fitration
Penyaringan
Separation process from a heterogeneous mixture containing liquids and solid particles using a filter medium which only passes liquids and holds solid particles. 



6 komentar:

  1. Hai ul, please you more explain about pressure ? Thanks

    BalasHapus
    Balasan
    1. Pressure (symbol: p or P) is the unit of physics to express force (F) per unit area (A). The pressure unit is often used to measure the strength of a liquid or gas. The unit of pressure can be connected to unit volume (content) and temperature.

      Hapus
  2. Hai uul
    What the goal we must to know Kinetics??

    BalasHapus
    Balasan
    1. Options to do. Analysis of the effect of various reaction conditions on the reaction rate. In 1864, Peter Waage pioneered the development of chemical kinetics by formulating a law of mass action, which states a chemical reaction proportional to the quantity of a resistant substance.

      Hapus
  3. Hi uul please explain again about molecule?

    BalasHapus
    Balasan
    1. Options to do. Analysis of the effect of various reaction conditions on the reaction rate. In 1864, Peter Waage pioneered the development of chemical kinetics by formulating a law of mass action, which states a chemical reaction proportional to the quantity of a resistant substance.

      Hapus

Video of chemical material delivery about the nature of the colligative

Colligative nature Link video:  https://www.youtube.com/resultssearch_query=https%3A%2F%2Fyoutu.be%2F72aSUJssLpw 1. Colligative nat...