The ionization energy of NO is 890 kJ/mol: NO + hv → NO⁺ + e^-
The maximum wavelength of light capable of causing the ionization of NO is ________ nm.

Question

The ionization energy of NO is 890 kJ/mol: NO + hv → NO⁺ + e^- The maximum wavelength of light capable of causing the ionization of NO is ________ nm.

Quizplus · Accepted Answer

The ionization energy (890 kJ/mol) can be converted to energy per photon using E = hc/λ, where h is Planck's constant and c is the speed of light. Solving for λ gives the maximum wavelength capable of ionizing NO, which is approximately 134.5 nm.

The Ionization Energy of NO Is 890 KJ/mol: NO