To help the student calculate the maximum amount of nitrogen gas that can be adsorbed on the copper surface and the adsorption energy of nitrogen to the copper surface using the Langmuir adsorption isotherm equation, we first need to understand the equation itself.The Langmuir adsorption isotherm equation is given by: = P * K * a / 1 + P * K where: = fractional coverage of the surface adsorbed molecules/total available sites P = partial pressure of the gasK = Langmuir adsorption constant, which depends on the adsorption energy and temperaturea = maximum amount of gas that can be adsorbed in moles To determine the maximum amount of nitrogen gas that can be adsorbed on the copper surface a , we need to know the value of K and the partial pressure of nitrogen gas P . Unfortunately, these values are not provided in the problem statement. The student would need to perform experiments or consult the literature to obtain these values.Once the values of K and P are known, the student can use the Langmuir adsorption isotherm equation to calculate the maximum amount of nitrogen gas that can be adsorbed on the copper surface a .To determine the adsorption energy of nitrogen to the copper surface, we can use the relationship between the Langmuir adsorption constant K and the adsorption energy:K = A * exp -E_ads / R * T where:A = pre-exponential factor depends on the system E_ads = adsorption energy in joules per mole R = gas constant 8.314 J/mol*K T = temperature in kelvin Again, the student would need to know the value of K and A to calculate the adsorption energy E_ads . Once these values are known, the student can use the above equation to calculate the adsorption energy of nitrogen to the copper surface.In summary, to help the student calculate the maximum amount of nitrogen gas that can be adsorbed on the copper surface and the adsorption energy of nitrogen to the copper surface using the Langmuir adsorption isotherm equation, they would need to obtain the values of K, P, and A through experiments or literature. Once these values are known, they can use the Langmuir adsorption isotherm equation and the relationship between K and adsorption energy to calculate the desired values.