Hello, I have a question related to a specific situation. I've been playing a game called Overwatch and while I'm not the smartest there is in physics I'd like to understand it better. In Overwatch there is a character named Roadhog he wields a shotgun and a hook. Using this hook he can launch it towards a certain enemy at the maximum range of 20m at the speed of 64.5m/s (he reaches the maximum of 20m in 0.31 seconds),Roadhog grabs his target and yanks him/her towards himself at the speed of 40m/s over 0.5 seconds no matter the size(he can even pull the enemy Roadhog that weighs 550lbs or 250kg). After I gave you all of the information I know I'd like to know 'What is the g force a person would experience if the hook hits him at 232.2 km/h(64.5m/s) while neglecting friction' Hooks dimensions: Height: 50cm Depth:4cm Width:19cm Mass: Around 4kg This is not..homework of some sort its just curiosity. F = M * A Ek = 1/2 M*V2 A = vf - vi / time Thank you.