Terms and text shown below represent Tulkin’s contributions to TermWiki.com, a free terminology website and knowledge resource for the translation community.
Forces within molecules. Forces caused by the attraction and repulsion of charged particles.
Molekulaning ichidagi kuchlar. Mazkur kuchlar, zaryadlangan zarrachalarning tortilishi va itarilishi natijasida hosil bo'ladi.
The SI Unit of temperature. It is the temperature in degrees Celsius plus 273.15.
Haroratning SI birligi. Kelvin Tselsiy darajasiga 273,15 ni qo'shganda hosil bo'ladi.
Particle found in a nucleus with a positive charge. Number of these gives atomic number.
Yadroning musbat zaryadga ega tarkibiy qismi. Protonlar soni atom raqamiga teng.
A substance which can lose a H+ ion to form a base.
H+ ionini ajratib asos hosil qiluvchi modda.
An abbreviation for nanometers. A nanometer is equal to 10-9 meters.
Nanometrning qisqartmasi. 1 nanometr 10-9 metrga teng.
Empirical formulas show which elements are present in a compound, with their mole ratios indicated as subscripts. For example, the empirical formula of glucose is CH2O, which means that for every mole of carbon in the compound, there are 2 moles of hydrogen ...
Empirik formulalarda modda qaysi element atomlaridan necha moldan tuzilganligini ko'rsatadi. Misol uchun, glyukozaning empirik formulasi CH2O bo'lib, bu formulaga ko'ra har 1 mol uglerodga 2 mol vodorod va 1 mol kislorod to'gri kelishini ko'rsatadi.
A math property which states: A+0=A and A*1=A.
A + 0 = A va A * 1 = A ni ifodalaydigan matematik tushuncha.
Intermolecular force that exists between charged particles and partially charged molecules.
Zaryadlangan zarrachalar va qisman zaryadga ega molekulalar orasidagi mavjud molekulalararo kuch.
When an atom is bonded to another atom by two sets of electron pairs.
Bir atom boshqa atom bilan ikki juft elektronlar orqali bog'langan holatda paydo bo'ladi.
Dispersion is an intermolecular attraction force that exists between all molecules. These forces are the result of the movement of electrons which cause slight polar moments. Dispersion forces are generally very weak but as the molecular mass increases so ...
Dispersion kuch barcha molekulalar orasida mavjud bo'lgan molekulalararo tortishish kuchidir. Bu kuchlar engil qutb daqiqalarni sabab elektronlar harakati natijasidir. Dispersion kuchlar odatda juda zaif, lekin molekulyar massa oshishi bilan, ularning kuchi ...