It’s a nice idea but impractical. Energy = mass x gravity x height

Say 10 tonnes of water pumped into a massive 20m high tower… E =10000x9.8x20 Joules. ≈ 2 mega joules.

Theres 3600 joules to a watt hour so divide that and you get:

≈ 550 watt hours (0.55kWh) of storage (assuming perfect efficiency of the turbines). About the same a half a dozen big cordless tool battery packs.

Thank you for actually answering OPs original question and the follow up.

Mathologer (YouTube did a good explanation of creating cube algorithms). Search something like: mathologer design rubiks algorithm

I’ll take, “things that never happened” for $1000 thanks Alex Ken.

Edit: account with no history. Sitcom scandal. “AITH?”… But, if you WANT to believe, that’s fine…

It’s nothing if it doesn’t have a yellow and black sign of a road worker scratching his butt.

Hey there! Sorry, I got busy with work today.

I was just noticing that you have plenty of replies. I think you seem to have enough to go on with.

If you still need anything, hit a reply to this one and I can give you my 2-cents worth of opinion.

First question. Was your router also your modem? As in describe each connection/device from street until you get to your router. (Do you also know your connection type? Some flavour of DSL, HFC, Fiber?)

Sure! Scooters could be lethal!

I’d love to see that normalised to how many of each vehicle type are in use aver the same time.

Initially, I see that and think trucks are less deadly than cars, but according to my brief Google search (https://www.statistiques.developpement-durable.gouv.fr/donnees-sur-le-parc-automobile-francais-au-1er-janvier-2024), there are 5x more cars than trucks, which puts them [trucks] over the top of cars in every category.

I guess that doesn’t really matter to the pedestrian. It still sucks to be killed by either.