(object) array( 'id' => '10537886', 'url' => 'UZ/molecular_mass', 'image' => '', 'title' => 'molekulyar massa', 'tags' => array ( 0 => 'molekulyar massa', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'molekulyar massa', 'source_id' => 76931, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150826113711', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Birikma tarkibidagi barcha elementlarning massalari (davriy jadvalda berilgan) yig\'indisi molekulyar massani beradi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510567136647446530, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'molecular mass', 'Definition' => 'The combined mass (as given on the periodic table) of all the elements in a compound.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Revision User' => 'Vicki S', 'Revision Date' => '2010/06/30', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'molecular_mass', )

(object) array( 'id' => '10530938', 'url' => 'UZ/enthalpy_₁', 'image' => '', 'title' => 'Entalpiya', 'tags' => array ( 0 => 'Entalpiya', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'Entalpiya', 'source_id' => 76704, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150821114821', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Entalpiyaning ta\'rifiga ko\'ra, uning o\'zgarishi bosim doimiy bo\'lgan holatda yutilgan yoki ajratilgan issiqlikka tengdir. Entalpiyaning o\'zgarishlar oralig\'ini kalorimetr yordamida o\'lchash mumkin bo\'ls-da, uning mutlaq qiymatini o\'lchash mumkin emas. Entalpiya H = U + PV formula bilan ifodalanib, bunda U ichki energiya, P bosim va V hajm hisoblanadi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510114844077981700, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'enthalpy', 'Definition' => 'Enthalpy (H) is defined so that changes in enthalpy ( H) are equal to the heat absorbed or released by a process running at constant pressure. While changes in enthalpy can be measured using calorimetry, absolute values of enthalpy usually cannot be determined. Enthalpy is formally defined as H = U + PV, where U is the internal energy, P is the pressure, and V is the volume.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'enthalpy_₁', )

(object) array( 'id' => '10533688', 'url' => 'UZ/limiting_reagent', 'image' => '', 'title' => 'cheklovchi reagent', 'tags' => array ( 0 => 'cheklovchi reagent', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'cheklovchi reagent', 'source_id' => 76873, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150823143627', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Reaktantlar birinchi o\'rinda sarf bo\'lishlari lozim. (reaktant/reagent)', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510306607230091266, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'limiting reagent', 'Definition' => 'limiting reactant. -The reactant will have to be exhausted first. (reactant/reagent)', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Revision User' => 'Vicki S', 'Revision Date' => '2010/06/30', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'limiting_reagent', )

(object) array( 'id' => '10529439', 'url' => 'UZ/commutativity', 'image' => '', 'title' => 'commutativlik', 'tags' => array ( 0 => 'commutativlik', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'commutativlik', 'source_id' => 76554, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150820143926', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'A + B = B + A va A * B = B * A bo\'lgan matematik xossa.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510035004743221249, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'commutativity', 'Definition' => 'A math property which states: A+B=B+A and A*B=B*A.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Revision User' => 'Vicki S', 'Revision Date' => '2010/06/30', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'commutativity', )

(object) array( 'id' => '10537882', 'url' => 'UZ/molarity', 'image' => '', 'title' => 'molyarlik', 'tags' => array ( 0 => 'molyarlik', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'molyarlik', 'source_id' => 76909, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150826113702', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => '1 litr erituvchida erigan moddaning mollar soni. Eritmaning konsentratsiyasini ifodalashda foydalaniladi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510567136645349376, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'molarity', 'Definition' => 'The number of moles of solute (the material dissolved) per liter of solution. Used to express the concentration of a solution.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Revision User' => 'Vicki S', 'Revision Date' => '2010/06/30', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'molarity', )

(object) array( 'id' => '10533694', 'url' => 'UZ/mass_number', 'image' => '', 'title' => 'Atom og\'irligi', 'tags' => array ( 0 => 'Atom og\'irligi', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'Atom og\'irligi', 'source_id' => 76885, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150823152003', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Atom yoki iondagi proton va neytronlarning umumiy soni. Atom og\'irligi atom ko\'rsatkichlari ichida yetakchi rol o\'ynaydi. Izotop nomlaridagi (masalan, uglerod-14, natriy-23) ko\'rsatilgan sonlar berilgan elementning og\'irliklaridir.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510309375514771456, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'mass number', 'Definition' => 'The total number of protons and neutrons in an atom or ion. In nuclide symbols the mass number is given as a leading superscript. In isotope names (e.g. carbon-14, sodium-23) the mass number is the number following the element name.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'mass_number', )

(object) array( 'id' => '10533686', 'url' => 'UZ/ionic_bonds', 'image' => '', 'title' => 'ion bog\'lar', 'tags' => array ( 0 => 'ion bog\'lar', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'ion bog\'lar', 'source_id' => 76837, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150823143621', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Bir juft elektronlari bo\'linishi bilan ikki o\'zaro qarama-qarshi zaryadlangan atomlar o\'rrtasidagi bog\'lar, bunday atomlar elektronlari yonma-yon boshqa atomlarga nisbatan uzoq vaqt turishi mumkin.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510306607230091264, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'ionic bonds', 'Definition' => 'When two oppositely charged atoms share at least one pair of electrons but the electrons spend more time near one of the atoms than the other.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Revision User' => 'Vicki S', 'Revision Date' => '2010/06/30', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'ionic_bonds', )

(object) array( 'id' => '10537891', 'url' => 'UZ/nucleus', 'image' => '', 'title' => 'yadro', 'tags' => array ( 0 => 'yadro', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'yadro', 'source_id' => 76956, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150826114209', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Proton va neytronlarni o\'z ichiga olgan atomning markaziy qismi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510567450390822912, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'nucleus', 'Definition' => 'The central part of an atom that contains the protons and neutrons. Plural nuclei.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Revision User' => 'Vicki S', 'Revision Date' => '2010/06/30', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'nucleus', )

(object) array( 'id' => '10581184', 'url' => 'UZ/acidic_₁', 'image' => '', 'title' => 'kislotali', 'tags' => array ( 0 => 'kislotali', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'kislotali', 'source_id' => 77009, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150829142513', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'H+ ionlar konsentratsiyasi yuqori bo\'lgan eritma.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510849497561825282, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'acidic', 'Definition' => 'A solution with a high concentration of H+ ions.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Revision User' => 'Vicki S', 'Revision Date' => '2010/06/30', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'acidic_₁', )

(object) array( 'id' => '10537885', 'url' => 'UZ/molecular_geometry', 'image' => '', 'title' => 'molekulyar geometriya', 'tags' => array ( 0 => 'molekulyar geometriya', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'molekulyar geometriya', 'source_id' => 76927, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150826113709', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => '1. molekulaning uch o\'lchovli shakli. Misol uchun, metan (CH4) tetraedr molekulyar geometriyaga ega. 2. molekulyar shakllar ta\'limi. molekulyar model, tayoq modeli; to\'p va tayoq modeli; atrofni to\'ldirish modeli. Molekula haqida tassavurni shakllantiradi. Model nafaqat sof hisoblangan, balki mavjud fizik obyekt bo\'lishi mumkin. Tayoq modellari bog\'larni, to\'p va tayoq modellari bog\'lar va atomlarni, atrofni to\'ldiruvchi modellari esa atomning o\'lchamini ko\'rsatadi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510567136647446529, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'molecular geometry', 'Definition' => '1. The three-dimensional shape of a molecule. For example, methane (CH4) has a tetrahedral molecular geometry. 2. The study of molecular shapes. molecular model stick model; ball and stick model; spacefilling model. A representation of a molecule. The model can be purely computational or it can be an actual physical object. Stick models show bonds, ball-and-stick models show bonds and atoms, and spacefilling models show relative atomic sizes.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'molecular_geometry', )