Personally, as a New Mexico resident, I live in New Mexico. I live in New Mexico. I live in New Mexico. I live in New Mexico. I live in New Mexico. I live in New Mexico. I live in New Mexico. I live in New Mexico. I live in New Mexico. I live in New Mexico. I like to sail. I like to sail. I like to sail. I like to sail. I like to sail. I like to sail. I like to sail. I like to sail. I have a pet ferret named Ashley Von Braun. I have a pet ferret named Ashley Von Braun. I have a pet ferret named Ashley Von Braun. I have a pet ferret named Ashley Von Braun. I have a pet ferret named Ashley Von Braun. I have a pet ferret named Ashley Von Braun. I have a pet ferret named Ashley Von Braun. I have a pet ferret named Ashley Von Braun. I have a pet ferret named Ashley Von Braun.

Yes, it is their fault, and also, that fault is a widespread problem

I once gave 40k, the tabletop a try. Their smaller skirmish version, killteam, I think. I had like 5 guys and turn one, one of them exploded himself, damaging the rest.

It’s possible I misunderstood the rules, but the way we played was a better story. I lost, of course.

Great until you realize that the shards of glass have been healed under your skin

Brb making “battering bones” statblock

What? Polymorph might disable the target, but if its a single target boss fight, what does that help? Whether you kill the transformation or wait for the spell to time out, the result is the same

So, multiple options here. Skydivers regularly hit terminal velocity, as fast as they’ll go in atmosphere, before pulling their chutes. At these speeds, heat from friction isn’t enough to worry about. Once again though, if you’re coming down from space, that “in atmosphere” asterisk goes away. If you’re dropping from a satellite, you’re going at speeds necessary to orbit, and you don’t have anything slowing you down until you hit the atmosphere. Suddenly your terminal velocity is way lower than infinity, and the friction you’re feeling from the atmosphere is INTENSE, rapidly turning that speed into heat

So, yes and no. Acceleration due to gravity impacts all objects equally. With no air resistance, on earth, everything speeds up at 9.8m/s/s. But, that “no air resistance” is a big asterisk. This is why, say, parachutes work. It’s also how we get terminal velocity. Often misinterpreted as “how fast you’d have to go to die from a fall” it’s actually “how fast you need to go before the drag from your air resistance is a force greater than or equal to gravity”

Sounds like a one piece arc tbh. “Thank you for feeding me. I will now dismantle your (corrupt) local government”