(object) array( 'id' => '10537884', 'url' => 'UZ/molecular_formula', 'image' => '', 'title' => 'molekulyar formula', 'tags' => array ( 0 => 'molekulyar formula', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'molekulyar formula', 'source_id' => 76921, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150826113707', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Molekuladagi atomning turi va sonini ifodalovchi qayd. Glyukozaning molekulasini ifodalovchi C6H12O6 molekulyar formulasi glyukoza 6 ta uglerod atomi, 12 ta vodorod atomi va 6 ta kislorod atomidan tashkil topganligini ko\'rsatadi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510567136647446528, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'molecular formula', 'Definition' => 'A notation that indicates the type and number of atoms in a molecule. The molecular formula of glucose is C6H12O6, which indicates that a molecule of glucose contains 6 atoms of carbon, 12 atoms of hydrogen, and 6 atoms of oxygen.', '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_formula', )

(object) array( 'id' => '10533685', 'url' => 'UZ/ion-dipole_forces', 'image' => '', 'title' => 'ion-dipol kuchlar', 'tags' => array ( 0 => 'ion-dipol kuchlar', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'ion-dipol kuchlar', 'source_id' => 76831, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150823143618', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Zaryadlangan zarrachalar va qisman zaryadga ega molekulalar orasidagi mavjud molekulalararo kuch.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510306607229042690, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'ion-dipole forces', 'Definition' => 'Intermolecular force that exists between charged particles and partially charged molecules.', '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' => 'ion-dipole_forces', )

(object) array( 'id' => '10533382', 'url' => 'UZ/equilibrium_expressions', 'image' => '', 'title' => 'muvozanat ifodalari', 'tags' => array ( 0 => 'muvozanat ifodalari', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'muvozanat ifodalari', 'source_id' => 76736, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150823051701', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Mahsulotlar va reaktivlar o\'rtasidagi nisbatni ifodalaydi. Muvozanat har bir mahsulotning konsentratsiyalari,koeffitsienti darajasiga ko\'tarilgan holda ko\'paytmasining, har bir reaksiyaga kirishayotgan moddalar konsentratsiyalari, koeffitsientlari darajasiga ko\'tarilgan holda ko\'paytmasiga nisbati bilan ifodalanadi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510271438997684224, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'equilibrium expressions', 'Definition' => 'The expression giving the ratio between the products and reactants. The equilibrium expression is equal to the concentration of each product raised to its coefficient in a balanced chemical equation and multiplied together, divided by the concentration of the product of reactants to the power of their coefficients.', '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' => 'equilibrium_expressions', )

(object) array( 'id' => '10537883', 'url' => 'UZ/mole', 'image' => '', 'title' => 'mol', 'tags' => array ( 0 => 'mol', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'mol', 'source_id' => 76915, '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' => 'Uglerod-12 izotopining aynan 12 grammidagi atomlar soni kabi aniqlanadigan moddaning miqdori uchun SI birligi. Har qanday molekulyar tuzilishli 1 mol modda Avagadro soniga teng molekulalarga va molekulyar massaga teng og\'irlikka to\'g\'ri keladi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510567136646397952, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'mole', 'Definition' => 'SI unit for amount of substance, defined as the number of atoms in exactly 12 g of carbon-12. One mole of a molecular compound contains Avogadro\'s number molecules and has a mass equal to the substance\'s molecular weight, in grams.', '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' => 'mole', )

(object) array( 'id' => '10533420', 'url' => 'UZ/neutralization_reaction', 'image' => '', 'title' => 'neytrallash reaktsiyasi', 'tags' => array ( 0 => 'neytrallash reaktsiyasi', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'neytrallash reaktsiyasi', 'source_id' => 149847, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150823054807', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Bir birikma boshqa birikmadan H+ qabul qilib olgandagi kimyoviy o\'zgarish. Vodorod qabul qiluvchi birikma asos, beruvchi birikma kislota deyiladi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510273389214826496, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'neutralization reaction', 'Definition' => 'A chemical change in which one compound aquires H+ from another. The compound that receives the hydrogen ion is the base; the compound that surrenders it is an acid.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Creation User' => 'Shemuwel', 'Creation Date' => '2010/8/13', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'neutralization_reaction', )

(object) array( 'id' => '10529677', 'url' => 'UZ/carbohydrate_₁', 'image' => '', 'title' => 'uglevod', 'tags' => array ( 0 => 'uglevod', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'uglevod', 'source_id' => 149596, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150820161802', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'suvga mutanosib ravishdagi kislorod va vodorod bilan uglerodning organik aralashmasi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510041233522688000, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'carbohydrate', 'Definition' => 'an organic compound of carbon with oxygen and hydrogen in the proportion to form water', 'Part of Speech' => 'noun', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Domain' => 'Other', 'Creation User' => 'Shemuwel', 'Creation Date' => '2010/8/13', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'carbohydrate_₁', )

(object) array( 'id' => '10529438', 'url' => 'UZ/combustion_₁', 'image' => '', 'title' => 'Yonish', 'tags' => array ( 0 => 'Yonish', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'Yonish', 'source_id' => 76553, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150820143925', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Oksidlovchi va yoqilg\'i o\'rtasida issiqlik va yorug\'lik ajralishi bilan boradigan ekzotermik reaksiya.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510035004743221248, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'combustion', 'Definition' => 'An exothermic reaction between an oxidant and fuel with heat and often light.', 'Part of Speech' => 'noun', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'combustion_₁', )

(object) array( 'id' => '10533387', 'url' => 'UZ/hydrogen_bonding', 'image' => '', 'title' => 'vodorod bog\'lanish', 'tags' => array ( 0 => 'vodorod bog\'lanish', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'vodorod bog\'lanish', 'source_id' => 76783, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150823051711', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Molekulalararo dipol-dipol ta\'sirning kuchli turi. Vodorod bilan F, O yoki N o\'rtasida shakllanadi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510271438999781379, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'hydrogen bonding', 'Definition' => 'Strong type of intermolecular dipole-dipole attraction. Occurs between hydrogen and F, O or N.', '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' => 'hydrogen_bonding', )

(object) array( 'id' => '10529437', 'url' => 'UZ/colligative_properties', 'image' => '', 'title' => 'Kolligativ xossalar', 'tags' => array ( 0 => 'Kolligativ xossalar', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'Kolligativ xossalar', 'source_id' => 76552, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150820143923', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Eritmaning kolligativ xossalari eritmani tashkil etuvchi zarrachalar xossalariga emas, balki mazkur zarrachalar soniga bog\'liqdir. Asosiy kolligativ xossalar qaynash nuqtasining oshishi va muzlash nuqtasining pasayishi veb-sahifalariga yo\'naltirilgan.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510035004742172675, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'colligative properties', 'Definition' => 'Properties of a solution that depend only on the number of particles dissolved in it, not the properties of the particles themselves. The main colligative properties addressed at this web site are boiling point elevation and freezing point depression.', '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' => 'colligative_properties', )

(object) array( 'id' => '10530936', 'url' => 'UZ/empirical_formula', 'image' => '', 'title' => 'empirik formula', 'tags' => array ( 0 => 'empirik formula', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'empirik formula', 'source_id' => 76680, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150821114815', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => '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.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510114844077981698, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'empirical formula', 'Definition' => '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 and one mole of oxygen.', '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' => 'empirical_formula', )