Terms and text shown below represent Tulkin’s contributions to TermWiki.com, a free terminology website and knowledge resource for the translation community.
An energy state in the atomic model which describes where an electron will likely be.
Atom modelida elektronning mavjudlik ehtimoli katta bo'lgan energiyaga boy muhit.
The coefficients given before substances in a balanced chemical equation . For example, the stoichiometric coefficient of carbon dioxide in the following reaction is 4: 2 C2H6(g) + 7 O2(g) 4 CO2 + 6 H2O
Tenglashtirilgan kimyoviy tenglamalarda moddalarning oldiga qo'yilgan koeffisiyent. Masalan, quyidagi tenglamada uglerod (II) oksidining oldiga qo'yilgan 4 raqami uning koeffisientidir: 2C2H6(g) + 7O2(g)= 4CO2 + 6H2O
In a Lewis structure, usually the atom that is the least electronegative.
Lyuis strukturasiga muvofiq, odatda, eng kichik eletromanfiylikka ega atom.
Structure of a compound based on the arrangement of its electrons.
Birikmaning elektronlar joylashuviga bog'liq tuzilishi.
The reactions of cations with water to produce a weak base or of anions to produce a weak acid.
Suvning kationlar bilan kuchsiz asos, anionlar bilan kuchsiz kislota hosil bo'lishi reaksiyalari.
A number assigned to each atom to help keep track of the electrons during a redox-reaction.
Oksidlanish-qaytarilish reaksiyalarida har bir atom uchun yoziladigan raqam.
The amount of time it takes for half an initial amount to disintegrate.
Вoshlang'ich miqdorning yarmini yo'qqa chiqarish uchun zarur bo'gan vaqt.
A substance that is made up of two or more chemically bonded elements.
Ikki yoki undan ortiq kimyoviy bog'langan elementlardan tashkil topgan modda.
An arrangement of the elements according to increasing atomic number that shows relationships between element properties.
Element xususiyatlari o'rtasidagi munosabatlarni ko'rsatuvchi, elementlarning atom raqamlari o'sishi tartibida tuzilgan jadval.
In a nuclear equation the compound remaining after the parent isotope (the original isotope) has undergone decay. A compound undergoing decay, such as alpha decay, will break into an alpha particle and a daughter isotope.
Yadro reaksiyalarida ona izotopning (original izotop) parchalanishidan keyin qolgan izotop. Aralashma, alfa parchalanish kabi bir alfa zarracha va bir qiz izotop hosil qilib parchalanishi.