The C-Cl and C-F Bond Dissociation Energies in CF₃Cl Are

question 24

Multiple Choice

The C-Cl and C-F bond dissociation energies in CF₃Cl are 339 kJ/mol and 482 kJ/mol,respectively.The maximum wavelengths of electromagnetic radiation required to rupture these bonds are ________ and ________,respectively.

• A)45.0 nm, 307 nm
• B)742 nm, 654 nm
• C)482 nm, 248 nm
• D)353 nm, 248 nm
• E)979 nm, 953 nm

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Definitions:

Negative Charge

A characteristic of a particle or object indicating it has more electrons than protons.

Protons

Positive-charged particles present in the core of an atom, known as subatomic particles.

Electrons

Subatomic particles with negative charge, found in all atoms and acting as the primary carrier of electricity in solids.

Atomic Number

The quantity of protons present in an atom's nucleus, which dictates the element's chemical characteristics and position within the periodic table.