electropositive ion
電正離子
electropositive element
電正元素
electropositive metal
電正金屬
electropositive character
電正特性
electropositive behavior
電正行爲
electropositive nature
電正性質
electropositive charge
電正電荷
electropositive species
電正物種
electropositive reaction
電正反應
electropositive compound
電正化合物
the electropositive nature of sodium makes it a strong reducing agent.
鈉的電正性使其成爲一種強還原劑。
in chemistry, electropositive elements tend to lose electrons easily.
在化學中，電正性元素往往容易失去電子。
electropositive metals are usually found on the left side of the periodic table.
電正性金屬通常位於週期表的左側。
the electropositive character of lithium is crucial in battery technology.
鋰的電正性特性在電池技術中至關重要。
electropositive ions play a significant role in ionic bonding.
電正離子在離子鍵中起着重要作用。
calcium is an electropositive element that reacts vigorously with water.
鈣是一種電正性元素，與水反應劇烈。
the electropositive properties of metals make them ideal for electrical conductors.
金屬的電正性特性使其成爲理想的電導體。
understanding the electropositive behavior of elements helps in predicting reactions.
瞭解元素的電正性行爲有助於預測反應。
electropositive elements tend to form cations when they react.
電正性元素在反應時往往形成陽離子。
the electropositive nature of metals is essential in metallurgy.
金屬的電正性特性在冶金中至關重要。
electropositive ion
電正離子
electropositive element
電正元素
electropositive metal
電正金屬
electropositive character
電正特性
electropositive behavior
電正行爲
electropositive nature
電正性質
electropositive charge
電正電荷
electropositive species
電正物種
electropositive reaction
電正反應
electropositive compound
電正化合物
the electropositive nature of sodium makes it a strong reducing agent.
鈉的電正性使其成爲一種強還原劑。
in chemistry, electropositive elements tend to lose electrons easily.
在化學中，電正性元素往往容易失去電子。
electropositive metals are usually found on the left side of the periodic table.
電正性金屬通常位於週期表的左側。
the electropositive character of lithium is crucial in battery technology.
鋰的電正性特性在電池技術中至關重要。
electropositive ions play a significant role in ionic bonding.
電正離子在離子鍵中起着重要作用。
calcium is an electropositive element that reacts vigorously with water.
鈣是一種電正性元素，與水反應劇烈。
the electropositive properties of metals make them ideal for electrical conductors.
金屬的電正性特性使其成爲理想的電導體。
understanding the electropositive behavior of elements helps in predicting reactions.
瞭解元素的電正性行爲有助於預測反應。
electropositive elements tend to form cations when they react.
電正性元素在反應時往往形成陽離子。
the electropositive nature of metals is essential in metallurgy.
金屬的電正性特性在冶金中至關重要。
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