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Subject Item: dbr:Aqueous_solution
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rdfs:label: محلول مائي 水溶液 Disolución acuosa Waterige oplossing Soluzione acquosa Водний розчин 수용액 Solução aquosa Водный раствор Solució aquosa Roztwór wodny 水溶液 Wässrige Lösung Larutan berair Aqueous solution Solution aqueuse
rdfs:comment: Una solució aquosa o dissolució aquosa és una solució en la qual el dissolvent és aigua. Normalment, en les equacions químiques s'expressa mitjançant les lletres “aq”. La paraula “aqueous” significa “pertanyent a”, “relacionat amb”, “similar a” o “dissolt” en aigua. Com que l'aigua és un excel·lent dissolvent així com el fet de ser molt abundant, és un dissolvent molt utilitzat en química. Els compostos iònics com el clorur de sodi, són els més solubles en aigua, mentre que els compostos covalents acostumen a ser tan poc solubles com els metalls insolubles. Водный раствор — разновидность раствора, в котором растворителем служит вода. Будучи превосходным растворителем, именно вода используется для приготовления большинства растворов в химии. Вещества, которые плохо растворяются в воде, называют гидрофобными ('боящимися воды'), а хорошо в ней растворяющиеся — гидрофильными ('любящими воду'). Примером типичного гидрофильного соединения может служить хлорид натрия (поваренная соль). Вещества, растворяющиеся в воде, но не распадающиеся на ионы (то есть находящие в растворе в молекулярном состоянии), называются неэлектролитами (пример — сахар). Se habla de una disolución acuosa (aq o ac) siempre que el disolvente (o el disolvente mayoritario, en el caso de una mezcla de disolventes) sea agua. El agua como disolvente es muy polar y forma puentes de hidrógeno muy fuertes.Las disoluciones acuosas tienen una gran importancia en la biología, desde los laboratorios de ciencia básica hasta la química de la vida, pasando por la química industrial. Por la vasta cantidad y variedad de sustancias que son solubles en agua, esta se denomina a veces disolvente universal. Een waterige oplossing is een oplossing waarbij water het oplosmiddel is. Water is in de natuur verreweg het meest voorkomende oplosmiddel. De aanduiding (aq) achter de molecuulformule van een stof geeft aan dat deeltjes van die stof zich in waterige oplossing bevinden: de stof komt gehydrateerd voor. De aanduiding is een afkorting van het Latijnse woord aqua (water). Vooral in die gevallen waarin naar de exacte energie-balans van reacties gekeken wordt, is het belangrijk aan te geven in welke toestand een product of reactant van de reactie voorkomt. Als een bepaalde stof in waterige oplossing voorkomt, wil dat bijvoorbeeld zeggen dat de hydratatie-enthalpie van de stof is vrijgekomen. 수용액(水溶液)은 물이 용매인 용액이다. 예를 들어 염화 나트륨 수용액 NaCl(s)+H2O (l)의 형태인 물질을 수용액이라고 한다. 간단히 aq.로 나타내기도 한다. 水溶液（aqueous solution，aq）是指溶劑是水的溶液。在化學反應中，若反應物或生成物為水溶液，一般會在其化學式右下方加上 (aq) 識別。例如食鹽NaCl的水溶液，會用 NaCl(aq) 或 Na+(aq) + Cl−(aq) 表示。由於水是自然界蘊含豐富的良好溶劑，因此在化學中常用到水溶液。具有疏水性的物質不溶於水中，而具有親水性的物質才能形成水溶液。像食鹽即為親水性的物質。若依照酸鹼電離理論，酸和鹼也是親水性物質。物質是否溶於水，主要是根據物質和水之間是否可以產生強大的吸引力，而且需要大於水和水之間的分子间作用力。若將無法溶於水的固體物質加入水中，則會產生沉澱。若水溶液可以有效的傳導電流，則水溶液中含有強電解質，反之則表示水溶液中只有弱電解質。強電解質是指在水中會完全解离的物質，而弱電解質在水中只會部份解离。非電解質是指可以溶於水，但仍不會產生離子，仍保留分子完整性的物質。非電解質有糖、尿素、甘油和二甲基碸。當計算有水溶液在內的化學反應時，一般需要知道溶液的濃度及體積莫爾濃度。許多水溶液是透明的，但可能因為其中的離子不同，而產生不同的顏色。 Eine wässrige Lösung bezeichnet die Lösung eines beliebigen hydrophilen Stoffes, oft eines Salzes, in Wasser. Dass ein Stoff in Wasser gelöst ist, wird in der Summenformel und in Reaktionsgleichungen durch ein angehängtes, tiefgestelltes „(aq)“ (von lat. ‚aqua‘ Wasser) angezeigt, beispielsweise Cl−(aq) für gelöste Chlorid-Ionen.Anhand ihrer Löslichkeit werden Stoffe auch in zwei Gruppen eingeteilt: hydrophile („wasserliebende“; z. B. Natriumchlorid) und hydrophobe („wassermeidende“; z. B. Öle) Stoffe; allgemein gilt: Ionen und stark polare Stoffe lassen sich besser in Wasser lösen als schwachpolare Stoffe, da Wasser ein Dipol ist, das heißt, dass Wassermoleküle eine positiv und eine negativ geladene Seite haben. Aus demselben Grund lassen sich von unpolaren Stoffen nur Spuren in Wasser lös Larutan berair adalah larutan yang pelarutnya adalah air. Larutan ini sering kali diberi tanda (aq) dalam persamaan kimia. Contohnya, larutan garam meja atau natrium klorida dapat ditulis NaCl (aq). Kata "berair" di sini berarti terkait dengan, mirip dengan, atau larut dalam air. Air adalah pelarut yang sangat baik dan juga berlimpah di alam, sehingga air sering digunakan sebagai pelarut dalam bidang kimia. المحلول المائي هو عبارة عن محلول يكون فيه المذيب هو الماء، ويشار إليه عادة في المعادلات الكيميائية بإضافة (aq) إلى المعادلة ذات الصلة. تعني كلمة «مائي»، متعلقاً بالماء أو شبيهاً به أو ذائباً فيه. بما أن الماء يعدّ مذيباً ممتازاً ومتوفراً أيضاً بطبيعة الحال، فإنه مذيب سائد في الكيمياء، والمحلول المائي خليط متجانس نحصل عليه بإذابة جسم (صلب-سائل-غاز) في ماء خالص. تتحدد قدرة مادة ما على الذوبان في الماء بواسطة ما إذا كانت هذه المادة تستطيع أن تعادل أو تفوق قوى التجاذب القوية التي تولدها جزيئات الماء بين بعضها البعض. وإذا افتقدت المادة القدرة على الذوبان في الماء، فإن جزيئاتها تكون راسب. Una soluzione acquosa è una soluzione nella quale il solvente è costituito da acqua. Normalmente nelle equazioni chimiche è indicata aggiungendo (aq) alla rispettiva formula chimica. Per esempio una soluzione di cloruro di sodio (NaCl) in acqua può essere scritta come Na+(aq) + Cl−(aq). La parola acquoso significa pertinente a, correlato a, simile a o dissolto in acqua. 水溶液（すいようえき）は、物質が水（H₂O）に溶解した液体のこと。つまり、溶媒が水である溶液。水分子は極性分子なので、水溶液の溶質となる物質はイオン結晶もしくは極性分子性物質となる=水溶液(すいようえき) Uma solução aquosa é uma solução na qual o solvente é água. É normalmente mostrada em equações químicas com o subscrito (aq). A palavra aquoso refere-se a isto, ou dissolvido em água. Como a água é um bom solvente assim como naturalmente abundante, esta logicamente se tornou um solvente omnipresente na química. Ao executar os cálculos a respeito de reação de um ou mais soluções aquosas, deve-se geralmente saber a concentração, ou molaridade, das soluções aquosas. A concentração da solução é dada nos termos da forma do soluto anteriormente a ele ter-se dissolvido. Водний розчин — розчин, який складається з води, розчиненої речовини та продуктів їхньої взаємодії — гідратованих (сполучених з молекулами води) йонів. Водні розчини відіграють надзвичайно важливу роль: вода є розчинником більшості речовин в організмі людини та інших живих істот. En chimie, une solution aqueuse est une phase liquide contenant plusieurs espèces chimiques, dont une ultramajoritaire, l'eau (H2O, le solvant), et des espèces ultraminoritaires, les solutés ou « espèces chimiques dissoutes ». Roztwór wodny – roztwór, w którym rozpuszczalnikiem jest woda. Substancje chemiczne rozpuszczone w wodzie oznacza się przyrostkiem aq (z łac. aqueus – wodny), często w indeksie dolnym, np. X(aq). Roztwory wodne niektórych substancji zwyczajowo nazywane są „wodami” z odpowiednim przymiotnikiem, np. woda amoniakalna czy woda wapienna. An aqueous solution is a solution in which the solvent is water. It is mostly shown in chemical equations by appending (aq) to the relevant chemical formula. For example, a solution of table salt, or sodium chloride (NaCl), in water would be represented as Na+(aq) + Cl−(aq). The word aqueous (which comes from aqua) means pertaining to, related to, similar to, or dissolved in, water. As water is an excellent solvent and is also naturally abundant, it is a ubiquitous solvent in chemistry. Since water is frequently used as the solvent in experiments, the word solution refers to an aqueous solution, unless the solvent is specified.
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dbo:abstract: المحلول المائي هو عبارة عن محلول يكون فيه المذيب هو الماء، ويشار إليه عادة في المعادلات الكيميائية بإضافة (aq) إلى المعادلة ذات الصلة. تعني كلمة «مائي»، متعلقاً بالماء أو شبيهاً به أو ذائباً فيه. بما أن الماء يعدّ مذيباً ممتازاً ومتوفراً أيضاً بطبيعة الحال، فإنه مذيب سائد في الكيمياء، والمحلول المائي خليط متجانس نحصل عليه بإذابة جسم (صلب-سائل-غاز) في ماء خالص. المواد التي تعدّ كارهة للماء «غير مائية» غالباً لا تذوب جيداً في الماء في حين أن المواد التي تعدّ محبة للماء «مائية» تذوب بشكل جيد فيه. ومثال على المواد المحبة للماء هو كلوريد الصوديوم (ملح الطعام العادي). تعدّ الأحماض والقواعد محاليل مائية، كجزء من تعاريف أرهينيوس الخاصة بهم. تتحدد قدرة مادة ما على الذوبان في الماء بواسطة ما إذا كانت هذه المادة تستطيع أن تعادل أو تفوق قوى التجاذب القوية التي تولدها جزيئات الماء بين بعضها البعض. وإذا افتقدت المادة القدرة على الذوبان في الماء، فإن جزيئاتها تكون راسب. المحاليل المائية التي توصل التيار الكهربائي بكفاءة تحتوي على إلكتروليتات «منحلات بالكهرباء» قوية، في حين أن تلك التي توصل التيار بضعف تحتوي على إلكتروليتات ضعيفة.مثال على ذلك حمض الخليك CH3COOH تلك الشوارد أو الإلكتروليتات القوية هي مواد تتأين بشكل كامل في الماء، بينما الشوارد أو الإلكتروليتات الضعيفة تظهر فقط درجة ضئيلة من التأين في الماء. اللاإلكتروليتات هي عبارة عن مواد تذوب في الماء ولكنها تحافظ على سلامتها الجزيئية (أي لا تتفكك إلى أيونات). وتشتمل الأمثلة على السكر واليوريا والجليسرول وميثيل سلفونيل ميثان (MSM). عند تنفيذ العمليات الحسابية المتعلقة بتفاعل واحد أو أكثر من المحاليل المائية، يجب معرفة عامة تركيز أو مولارية المحاليل المائية. ويعطى تركيز المحلول من حيث شكل المذاب قبل إذابته. Una solució aquosa o dissolució aquosa és una solució en la qual el dissolvent és aigua. Normalment, en les equacions químiques s'expressa mitjançant les lletres “aq”. La paraula “aqueous” significa “pertanyent a”, “relacionat amb”, “similar a” o “dissolt” en aigua. Com que l'aigua és un excel·lent dissolvent així com el fet de ser molt abundant, és un dissolvent molt utilitzat en química. Les substàncies que no es dissolen bé en aigua s'anomenen hidròfobes (“por a l'aigua”) mentre que les que s'hi dissolen bé s'anomenen hidròfiles (“amb afinitat per l'aigua”). Un exemple de substància hidròfila és el clorur de sodi (la sal de taula ordinària). Els àcids i les bases són solucions aquoses si tenim en compte les definicions que va fer el científic Arrhenius. La capacitat que té una substància de dissoldre's en l'aigua ve determinada per si aquesta substància pot partir o vèncer les forces atractives que les molècules d'aigua exerceixen entre elles mateixes (vegeu pont d'hidrogen). Si la substància no té capacitat de dissoldre's en l'aigua, les molècules formen un precipitat. Els compostos iònics com el clorur de sodi, són els més solubles en aigua, mentre que els compostos covalents acostumen a ser tan poc solubles com els metalls insolubles. Les solucions aquoses que condueixen el corrent elèctric de manera eficient contenen forts electròlits, mentre que aquells que són poc conductors són electròlits dèbils. Els que són electròlits forts són substàncies ionitzades totalment en aigua, mentre que els electròlits dèbils presenten molt poca ionització en aigua. Les substàncies que no són electròlits també es dissolen en aigua, però mantenen la seva integritat molecular (no es dissocien en ions). Com a exemples podríem trobar el sucre, la urea, el glicerol, i el (MSM). Quan es realitzen càlculs tenint en compte la reacció de més d'una solució aquosa, generalment sabem la concentració o la molaritat d'una d'elles. La concentració de la solució es dona tenint en compte la quantitat de solut abans que es dissolgui. Les dissolucions aquoses tenen una gran importància en la biologia, des dels laboratoris de ciència bàsica fins a la química de la vida, passant per l'enginyeria química industrial. En chimie, une solution aqueuse est une phase liquide contenant plusieurs espèces chimiques, dont une ultramajoritaire, l'eau (H2O, le solvant), et des espèces ultraminoritaires, les solutés ou « espèces chimiques dissoutes ». Een waterige oplossing is een oplossing waarbij water het oplosmiddel is. Water is in de natuur verreweg het meest voorkomende oplosmiddel. De aanduiding (aq) achter de molecuulformule van een stof geeft aan dat deeltjes van die stof zich in waterige oplossing bevinden: de stof komt gehydrateerd voor. De aanduiding is een afkorting van het Latijnse woord aqua (water). Vooral in die gevallen waarin naar de exacte energie-balans van reacties gekeken wordt, is het belangrijk aan te geven in welke toestand een product of reactant van de reactie voorkomt. Als een bepaalde stof in waterige oplossing voorkomt, wil dat bijvoorbeeld zeggen dat de hydratatie-enthalpie van de stof is vrijgekomen. Una soluzione acquosa è una soluzione nella quale il solvente è costituito da acqua. Normalmente nelle equazioni chimiche è indicata aggiungendo (aq) alla rispettiva formula chimica. Per esempio una soluzione di cloruro di sodio (NaCl) in acqua può essere scritta come Na+(aq) + Cl−(aq). La parola acquoso significa pertinente a, correlato a, simile a o dissolto in acqua. 水溶液（すいようえき）は、物質が水（H₂O）に溶解した液体のこと。つまり、溶媒が水である溶液。水分子は極性分子なので、水溶液の溶質となる物質はイオン結晶もしくは極性分子性物質となる=水溶液(すいようえき) Водний розчин — розчин, який складається з води, розчиненої речовини та продуктів їхньої взаємодії — гідратованих (сполучених з молекулами води) йонів. Водні розчини відіграють надзвичайно важливу роль: вода є розчинником більшості речовин в організмі людини та інших живих істот. Uma solução aquosa é uma solução na qual o solvente é água. É normalmente mostrada em equações químicas com o subscrito (aq). A palavra aquoso refere-se a isto, ou dissolvido em água. Como a água é um bom solvente assim como naturalmente abundante, esta logicamente se tornou um solvente omnipresente na química. Substâncias que não se dissolvem bem em água são chamadas hidrofóbicas ('medo de água') enquanto que as que o fazem são conhecidas como hidrofílicas ('amantes da água'). Um exemplo de substância hidrofílica é o cloreto de sódio (o vulgar sal de cozinha). Ácidos e bases são soluções aquosas, como parte de sua definições de Arrhenius. Dependendo da concentração do ácido ou da base, é necessário levar em conta a autoionização da água para analisar a acidez da solução, já que mesmo a água pura tem uma concentração inevitável de íons H+ e OH-. A habilidade de uma substância para dissolver-se em água é determinada por a substância se pode alcançar ou ultrapassar as fortes forças atrativas que as moléculas de água geram entre elas mesmas. Se a substância carece da habilidade para dissolver-se em água as moléculas formam um precipitado. A solubilização na água pode ser modelada por meio de um equilíbrio químico, que mostra um balanço entre espécies solubilizadas e não-solubilizadas (gases ou precipitado). Soluções aquosas que conduzem corrente elétrica eficientemente contêm eletrólitos fortes, enquanto aquelas que conduzem fracamente são consideradas contendo eletrólitos fracos. Estes eletrólitos fortes são substâncias que são completamente ionizadas em água. Não-eletrólitos são substâncias que dissolvem--se em água mas não produzem qualquer íon. Ao executar os cálculos a respeito de reação de um ou mais soluções aquosas, deve-se geralmente saber a concentração, ou molaridade, das soluções aquosas. A concentração da solução é dada nos termos da forma do soluto anteriormente a ele ter-se dissolvido. Roztwór wodny – roztwór, w którym rozpuszczalnikiem jest woda. Substancje chemiczne rozpuszczone w wodzie oznacza się przyrostkiem aq (z łac. aqueus – wodny), często w indeksie dolnym, np. X(aq). Roztwory wodne niektórych substancji zwyczajowo nazywane są „wodami” z odpowiednim przymiotnikiem, np. woda amoniakalna czy woda wapienna. An aqueous solution is a solution in which the solvent is water. It is mostly shown in chemical equations by appending (aq) to the relevant chemical formula. For example, a solution of table salt, or sodium chloride (NaCl), in water would be represented as Na+(aq) + Cl−(aq). The word aqueous (which comes from aqua) means pertaining to, related to, similar to, or dissolved in, water. As water is an excellent solvent and is also naturally abundant, it is a ubiquitous solvent in chemistry. Since water is frequently used as the solvent in experiments, the word solution refers to an aqueous solution, unless the solvent is specified. A non-aqueous solution is a solution in which the solvent is a liquid, but is not water. (See also Solvent and Inorganic nonaqueous solvent.) Водный раствор — разновидность раствора, в котором растворителем служит вода. Будучи превосходным растворителем, именно вода используется для приготовления большинства растворов в химии. Вещества, которые плохо растворяются в воде, называют гидрофобными ('боящимися воды'), а хорошо в ней растворяющиеся — гидрофильными ('любящими воду'). Примером типичного гидрофильного соединения может служить хлорид натрия (поваренная соль). Если вещество образует водный раствор, который хорошо проводит электрический ток, то он называется сильным электролитом; в противном случае — слабым. Сильные электролиты в растворе почти полностью распадаются на ионы (α→1), а слабые практически не распадаются (α→0). Вещества, растворяющиеся в воде, но не распадающиеся на ионы (то есть находящие в растворе в молекулярном состоянии), называются неэлектролитами (пример — сахар). При выполнении расчётов в уравнениях реакций, где взаимодействует один или несколько водных растворов, часто необходимо знать молярную концентрацию растворимого вещества. Eine wässrige Lösung bezeichnet die Lösung eines beliebigen hydrophilen Stoffes, oft eines Salzes, in Wasser. Dass ein Stoff in Wasser gelöst ist, wird in der Summenformel und in Reaktionsgleichungen durch ein angehängtes, tiefgestelltes „(aq)“ (von lat. ‚aqua‘ Wasser) angezeigt, beispielsweise Cl−(aq) für gelöste Chlorid-Ionen.Anhand ihrer Löslichkeit werden Stoffe auch in zwei Gruppen eingeteilt: hydrophile („wasserliebende“; z. B. Natriumchlorid) und hydrophobe („wassermeidende“; z. B. Öle) Stoffe; allgemein gilt: Ionen und stark polare Stoffe lassen sich besser in Wasser lösen als schwachpolare Stoffe, da Wasser ein Dipol ist, das heißt, dass Wassermoleküle eine positiv und eine negativ geladene Seite haben. Aus demselben Grund lassen sich von unpolaren Stoffen nur Spuren in Wasser lösen; dennoch können auch diese Spuren bereits so groß sein, dass sie sich bemerkbar machen, was zum Beispiel bei Öl verheerende Folgen haben kann. Beim Lösen wird hierbei meist die Hydratisierungsenergie frei, obwohl andere Reaktionen, bei Salzen vor allem das Auflösen des Ionengitters, unter Umständen die Energiebilanz sogar in den negativen Bereich bringen können. Eine wichtige Eigenschaft vieler wässriger Lösungen ist, dass sie den elektrischen Strom gut leiten, während Reinstwasser ein sehr schlechter Leiter (5.5·10−6 S/m) ist. 수용액(水溶液)은 물이 용매인 용액이다. 예를 들어 염화 나트륨 수용액 NaCl(s)+H2O (l)의 형태인 물질을 수용액이라고 한다. 간단히 aq.로 나타내기도 한다. Larutan berair adalah larutan yang pelarutnya adalah air. Larutan ini sering kali diberi tanda (aq) dalam persamaan kimia. Contohnya, larutan garam meja atau natrium klorida dapat ditulis NaCl (aq). Kata "berair" di sini berarti terkait dengan, mirip dengan, atau larut dalam air. Air adalah pelarut yang sangat baik dan juga berlimpah di alam, sehingga air sering digunakan sebagai pelarut dalam bidang kimia. Bahan hidrofobik tidak terlarut dalam air, sementara bahan hidrofilik dapat larut. Contoh bahan hidrofilik ialah natrium klorida. Asam dan basa adalah larutan berair seperti yang tertera dalam definisi Arrheniusnya. Keterlarutan suatu bahan di dalam air dapat diketahui dari kemampuan bahan tersebut untuk menyamai atau melebihi kekuatan daya tarikan yang dihasilkan oleh molekul air di antara satu sama lain. Jika bahan tersebut tidak mempunyai kemampuan untuk larut dalam air, bahan terbut akan membentuk endapan. Larutan berair yang dapat menghantarkan arus listrik dengan efektif mengandung elektrolit yang kuat, manakala yang tidak dapat menghantarkan listrik dengan baik dianggap mempunyai . Elektrolit yang kuat adalah bahan yang sepenuhnya terionisasi di dalam air/ Bahan non-elektrolit adalah bahan yang dapat larut dalam air tetapi tetap mempertahankan integritas molekulnya (tidak terpisah menjadi ion-ion). Contohnya adalah gula, urea, gliserol, dan (MSM). Se habla de una disolución acuosa (aq o ac) siempre que el disolvente (o el disolvente mayoritario, en el caso de una mezcla de disolventes) sea agua. El agua como disolvente es muy polar y forma puentes de hidrógeno muy fuertes.Las disoluciones acuosas tienen una gran importancia en la biología, desde los laboratorios de ciencia básica hasta la química de la vida, pasando por la química industrial. Por la vasta cantidad y variedad de sustancias que son solubles en agua, esta se denomina a veces disolvente universal. Los compuestos iónicos (como el cloruro de sodio) son los más solubles en agua, mientras que los compuestos covalentes suelen ser tan poco solubles como los metales insolubles. La disolución acuosa es el proceso que involucra dos disolventes y se llama determinantemente de esta forma, cuando el mayor componente es el agua. 水溶液（aqueous solution，aq）是指溶劑是水的溶液。在化學反應中，若反應物或生成物為水溶液，一般會在其化學式右下方加上 (aq) 識別。例如食鹽NaCl的水溶液，會用 NaCl(aq) 或 Na+(aq) + Cl−(aq) 表示。由於水是自然界蘊含豐富的良好溶劑，因此在化學中常用到水溶液。具有疏水性的物質不溶於水中，而具有親水性的物質才能形成水溶液。像食鹽即為親水性的物質。若依照酸鹼電離理論，酸和鹼也是親水性物質。物質是否溶於水，主要是根據物質和水之間是否可以產生強大的吸引力，而且需要大於水和水之間的分子间作用力。若將無法溶於水的固體物質加入水中，則會產生沉澱。若水溶液可以有效的傳導電流，則水溶液中含有強電解質，反之則表示水溶液中只有弱電解質。強電解質是指在水中會完全解离的物質，而弱電解質在水中只會部份解离。非電解質是指可以溶於水，但仍不會產生離子，仍保留分子完整性的物質。非電解質有糖、尿素、甘油和二甲基碸。當計算有水溶液在內的化學反應時，一般需要知道溶液的濃度及體積莫爾濃度。許多水溶液是透明的，但可能因為其中的離子不同，而產生不同的顏色。
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