An experiment investigating the photoelectric effect is conducted using different monochromatic light sources and clean metal surfaces as summarized in the table. Monochromatic light of wavelength \(\lambda_0\) consists of photons each with energy \(E_0 = 3\Phi_0\), where \(\Phi_0\) is a reference work function. If no electrons are ejected during a trial, the maximum kinetic energy of ejected electrons is taken to be zero.

Trial	Incident Wavelength	Work Function
1	\(\lambda_0\)	\(\Phi_0\)
2	\(\dfrac{\lambda_0}{2}\)	\(4\Phi_0\)
3	\(\dfrac{\lambda_0}{3}\)	\(6\Phi_0\)
4	\(2\lambda_0\)	\(2\Phi_0\)

Which of the following correctly ranks the maximum kinetic energy \(K_{\text{max}}\) of the electrons ejected from the metal targets in the four trials?