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What type of bond is formed between carbon and fluorine?
The bond between carbon and fluorine is covalent. Carbon only forms covalent bonds, in all cases.
What type of bond is between carbon and fluorine in the polymer Teflon?
Covalent bond
Most polar bond carbon to fluorine carbon to nitrogen carbon to oxygen or carbon to hydrogen?
Carbon to fluorine.
What type of bond carbon fluorine?
Covalent bond
Predict the type of bond present between carbon and fluorine in the polymer Teflon?
Covalent
What type of bond is formed between carbon and fluorine?
The bond between carbon and fluorine is covalent. Carbon only forms covalent bonds, in all cases.
What type of bond is between carbon and fluorine in the polymer Teflon?
Covalent bond
What type of bond is formed between carbon and carbon?
The bond between carbon and fluorine is covalent. Carbon only forms covalent bonds, in all cases.
Most polar bond carbon to fluorine carbon to nitrogen carbon to oxygen or carbon to hydrogen?
Carbon to fluorine.
What type of bond carbon fluorine?
Covalent bond
Which type of bond exists between an atom of carbon and an atom of fluorine?
polar covalent
Predict the type of bond present between carbon and fluorine in the polymer Teflon?
Covalent
Which change occurs when fluorine forms an ionic bond?
The ionic bond is formed during a chemical reaction.
What else could be called a hydrogen bond?
A hydrogen bond is the strongest type of intermolecular forces. It occurs whenever there is a bond between hydrogen and either fluorine, oxygen, or nitrogen.
What type of bond between N and N?
This bond is covalent.
Is an ionic compound likely to form between fluorine and carbon?
Assuming that "flourine" is intended to be "fluorine", the answer is no. Both carbon and fluorine are unlikely to be electron donors and therefore form a covalent bond instead, so that both of these non metals can share electrons.
What kind of bond is Carbon and Fluorine?
Polar covalent bond. Due to fluorine´s high electronegativity, the bond has a significant dipole moment. This bond is the strongest bond that can be formed in organic chemistry.
