electronegativity difference
电负性差异
high electronegativity
高电负性
low electronegativity
低电负性
calculating electronegativity
计算电负性
electronegativity trends
电负性趋势
electronegativity values
电负性值
comparing electronegativity
比较电负性
predicting electronegativity
预测电负性
influences electronegativity
影响电负性
electronegativity scale
电负性标度
the trend of electronegativity increases across a period in the periodic table.
元素周期表中，同一周期的元素，电负性呈现递增趋势。
fluorine exhibits the highest electronegativity among all elements.
氟元素在所有元素中具有最高的电负性。
electronegativity differences predict bond polarity in molecules.
电负性差异可以预测分子中键的极性。
noble gases have very low electronegativity values.
稀有气体的电负性值非常低。
the electronegativity of oxygen is significantly higher than that of carbon.
氧的电负性明显高于碳的电负性。
understanding electronegativity is crucial for predicting chemical reactivity.
理解电负性对于预测化学反应活性至关重要。
electronegativity values are used to classify bonds as ionic or covalent.
电负性值用于将键分类为离子键或共价键。
the pauling scale is a common method for measuring electronegativity.
Pauling 标度是一种测量电负性的常用方法。
electronegativity influences the distribution of electrons in a molecule.
电负性影响分子中电子的分布。
a large electronegativity difference leads to a more polar bond.
大的电负性差异会导致更极性的键。
comparing electronegativity helps predict the type of chemical bond formed.
比较电负性有助于预测形成的化学键类型。
electronegativity difference
电负性差异
high electronegativity
高电负性
low electronegativity
低电负性
calculating electronegativity
计算电负性
electronegativity trends
电负性趋势
electronegativity values
电负性值
comparing electronegativity
比较电负性
predicting electronegativity
预测电负性
influences electronegativity
影响电负性
electronegativity scale
电负性标度
the trend of electronegativity increases across a period in the periodic table.
元素周期表中，同一周期的元素，电负性呈现递增趋势。
fluorine exhibits the highest electronegativity among all elements.
氟元素在所有元素中具有最高的电负性。
electronegativity differences predict bond polarity in molecules.
电负性差异可以预测分子中键的极性。
noble gases have very low electronegativity values.
稀有气体的电负性值非常低。
the electronegativity of oxygen is significantly higher than that of carbon.
氧的电负性明显高于碳的电负性。
understanding electronegativity is crucial for predicting chemical reactivity.
理解电负性对于预测化学反应活性至关重要。
electronegativity values are used to classify bonds as ionic or covalent.
电负性值用于将键分类为离子键或共价键。
the pauling scale is a common method for measuring electronegativity.
Pauling 标度是一种测量电负性的常用方法。
electronegativity influences the distribution of electrons in a molecule.
电负性影响分子中电子的分布。
a large electronegativity difference leads to a more polar bond.
大的电负性差异会导致更极性的键。
comparing electronegativity helps predict the type of chemical bond formed.
比较电负性有助于预测形成的化学键类型。
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