"Covalently" Pronounce,Meaning And Examples
"Covalently" Natural Recordings by Native Speakers
"Covalently" Meaning
Covalently refers to the formation of a chemical bond between two atoms, where one or more pairs of electrons are shared between the atoms, resulting in a strong chemical bond.
"Covalently" Examples
Covalently
Examples:
The carbon atoms in sugar molecules covalently bond with each other to form a long chain.
The blood type of a person is determined by the presence or absence of specific antigens covalently linked to the surface of red blood cells.
In a covalently closed molecular sieve, the pores are fixed and do not change size.
The two atoms shared a covalent bond, with each atom sharing one or more pairs of electrons.
The covalent bond between the two atoms was weaker than the ionic bond between the other two atoms.
"Covalently" Similar Words
Couturiere
Couturiers
Couturiers are custom-made clothing designers who create one-of-a-kind haute couture garments for individual clients. They are highly skilled fashion designers who work closely with their clients to create exclusive, made-to-measure clothing that is tailored to fit their unique measurements and taste.
Couvade
Couvade: a term that refers to a phenomenon where a father or male partner takes on characteristics of physical and emotional suffering, typically around childbirth or adoption, in a way that is similar to, or mirroring, the experience of the mother or female partner.
Couvelaire
I apologize, but I couldn't find any meaning or definition for the word "couvelaire". It's possible that it's a misspelling or a word that is not widely used or recognized. Could you please provide more context or information about where you came across this word?
Couvert
Couveuse
Covalence
Covalence refers to the number of pairs of electrons that two atoms share when they form a covalent bond. A covalent bond is a chemical bond that forms when two or more atoms share one or more pairs of electrons in order to achieve a more stable electronic configuration. The covalence of a compound is the number of covalent bonds that an atom forms with other atoms.
Covalent
Covalents
Covariables
Covariance
Covariances
Covariances refer to the amount of variance (or standard deviation) shared between two or more random variables or data sets. In other words, it measures the degree to which two variables co-vary, or move together. A positive covariance indicates that the variables tend to increase or decrease together, while a negative covariance indicates that they tend to move in opposite directions. Covariances are often used in statistics and data analysis to understand the relationships between variables, and to make predictions about future outcomes.
Covariant
In mathematics and physics, covariant refers to a quantity that changes in a specific way in relation to a change in the coordinates or reference frame used to describe it. In other words, a covariant quantity is one that transforms in a particular way when the coordinate system is changed.<br><br>For example, in physics, the laws of physics are generally covariant under rotations and translations, meaning that the laws remain the same regardless of the coordinate system used to describe them.<br><br>In a broader sense, the term "covariant" is often used to describe a property or characteristic that is consistent or invariant under certain transformations or changes. It can also be used to describe a relationship or a correspondence between two or more things that is preserved under certain conditions.<br><br>The word "covariant" is often contrasted with the word "invariant", which refers to a quantity that remains unchanged under any transformation or change in the coordinate system.
Covariants
Covariants are mathematical entities that transform in a specific way when one or more coordinates of a mathematical object, such as a vector or matrix, are changed. They are often used in physics to describe the properties of physical systems that remain unchanged under certain transformations, such as rotations or Lorentz transformations.<br><br>In mathematics, covariants are typically used to identify the properties of a mathematical object that are invariant under a specific group of transformations. For example, in geometry, the covariants of a vector are the components of the vector that transform in a specific way under rotations and translations.<br><br>In physics, covariants are often used to describe the properties of physical systems that are invariant under certain transformations, such as Lorentz transformations. For example, the stress-energy tensor of a physical system is a covariant that describes the distribution of stress and energy in the system, and is invariant under Lorentz transformations.<br><br>Covariants are an important concept in many areas of mathematics and physics, including relativity, quantum mechanics, and computational physics.
Covariate
Covariates