Problem- Part 1- Determine the potential (V) by which a proton must be accelerated so as to assume a particle wavelength of 0.0121 nm.
Part 2- Determine the potential (V) by which a proton must be accelerated so as to assume a particle wavelength of 0.0121 nm.
Part 3- In an effort to purify the output from a catalytic chemical reaction, C-Cl bonds are to be broken in a gaseous compound by means of LASER radiation. Determine the longest wavelength of radiation still capable of breaking the C-Cl bond.
[Given: BEC-C = 334 kJ/mol; BECl-Cl = 243 kJ/mol]