Valence

The valence of the smell of freshly baked bread was inviting.

The valence of the compliments made her blush.

The valence of the roller coaster ride made him scream in fear.

The valence of the memory brought tears to her eyes.

The valence of the news of her promotion made her ecstatic.

The valence of the sight of her child's first steps filled her with joy.

Valence determines how many bonds an atom can form.

The valence of a nonmetal determines its ability to form negative ions and bond with metals.

The valence of a compound can determine its chemical properties.

The valence of an atom can be determined by its electron configuration.

The valence of a metal determines its ability to form positive ions and bond with nonmetals.

Oxygen has a valence of -2, which means it tends to gain electrons to form stable compounds.

Valence electrons are the outermost electrons of an atom, responsible for its chemical properties.

Carbon has a valence of four, which means it can form four covalent bonds with other atoms.

The valence of an element can affect its reactivity.

The valence of an atom determines its reactivity and ability to form chemical bonds.

The valence of a compound can be determined by counting the number of valence electrons of its constituent atoms.

Understanding the valence of elements is important for predicting chemical reactions and designing new compounds.

The valence of an element can affect its ability to form compounds with other elements.

The valence electron configuration of an atom determines its chemical behavior.

The valence electrons determine the reactivity of an atom.

The valence bond theory provides a model for understanding the formation of chemical bonds.

A molecule's valence shell is the outermost electron shell that participates in chemical bonding.

Silicon has a valence of four, which makes it a useful element in electronics.

The valence bond theory explains how atoms bond to form molecules.

The valence of an atom can be used to predict the number and type of chemical bonds it can form.

Carbon's valence allows it to form a wide variety of organic compounds.

The valence of an ion can be determined by the number of electrons it has gained or lost.

The valence shell electron pair repulsion theory explains the geometry of molecules.

The valence of an atom can be determined by the number of electrons in its outermost shell.

The valence of an element can determine its position in the periodic table.

The valence of an element can influence its properties, such as its melting point and boiling point.

The positive valence of the data indicated a higher chance of success.

The valence of the data point is significant in determining its effect on the overall analysis.

The valence of the experimental results indicated a significant effect.

The valence of the data was not as expected, which required further investigation.

The valence of the population data was skewed by a few extreme values.

The valence of the data points suggests a clear trend.

The valence of the observation was higher than anticipated, indicating a positive trend.

The valence of the hypothesis test indicated a rejection of the null hypothesis.

The valence of the sample mean was calculated to be within acceptable limits.

The researcher identified the valence of the data points to understand the underlying patterns.

The valence of the measurement showed a significant difference from the expected value.

The valence of the test statistic indicated a significant difference between the groups.

The researcher calculated the valence of the data to assess the accuracy of the prediction.

The negative valence of the data point meant that it was an outlier in the analysis.

The valence of the analysis was influenced by the choice of statistical model.

The valence of the distribution was positively correlated with the sample size.

The deviation in the valence of the data points affected the overall results.

The valence of the regression coefficients suggested a strong linear relationship.