Python Solution
for energy:\n\t- get sum of opponent energy and calculate hours needed to have at least one more energy\n- for experience\n\t- iterate through each opponentj\n\
- for energy:\n\t- get sum of opponent energy and calculate hours needed to have at least one more energy\n- for experience\n\t- iterate through each opponentj\n\t\t- if experience is not greater\n\t\t\t- add hours so experience is one greater\n\t\t- add opponent experience\n\n```\nclass Solution:\n    def minNumberOfHours(self, initialEnergy: int, initialExperience: int, energy: List[int], experience: List[int]) -> int:\n        hours = 0\n        totalEnergy = sum(energy)\n        if initialEnergy <= totalEnergy:\n            hours += (totalEnergy - initialEnergy + 1)\n        for opponentExperience in experience:\n            if initialExperience <= opponentExperience:\n                hours += (opponentExperience - initialExperience + 1)\n                initialExperience = opponentExperience + 1\n            initialExperience += opponentExperience\n            \n        return hours\n```
['Python']